Voltage stabilizers are a vital component of any home or business electrical system. They provide protection against power surges and fluctuations, ensuring that your electronics and appliances remain safe and running efficiently. They also help reduce your electricity bill by regulating the amount of power flowing into your home or office.
What is a Voltage Stabilizer?
A voltage stabilizer is a piece of equipment that keeps the voltage that runs to your appliances and machinery stable. With all the load-shedding we face in South Africa, voltage surges are common. That’s why it’s important for home- and business-owners to protect their electronic devices and electrical equipment from voltage fluctuations.
Why Use a Voltage Stabilizer?
• Protects your Electrical Appliances
Voltage dips can cause irreparable damage to electrical and electronic equipment. A voltage stabilizer will ensure that your devices continue to run smoothly even when the voltage is unstable. Ultimately, they protect your electronic appliances from being destroyed due to voltage fluctuations.
• Saves You Money
Should your appliances get damaged due to unstable voltage, it’s going to cost you money to replace them. Even if you’re insured, you’d likely pay an excess to get a new device. But with a voltage stabilizer, you never have to worry again about replacing broken equipment due to surges.
In addition to this, they’re highly energy efficient, which saves, money on your electricity bill too.
• Improves the Durability of Your Electrical Appliances
Voltage surges don’t always break electronics immediately; however, over time, when the voltage is unstable repeatedly, it can eventually lead to a complete breakdown of that item. Voltage Stabilizers prevent this long-term damage from occurring.
Types of Voltage Stabilizers
At PHD Powerhouse, we offer four types of voltage stabilizers: servo type, electronic type, supervolt, and isolation transformers.
Servo type. These provide a continuous voltage output to avoid the damaging effects of unstable voltage.
Electronic type. These come in both indoor and outdoor variations. The indoor units are available in either single-phase or three-phase power. The outdoor variant comes with an optional outdoor enclosure to keep it safe.
Supervolt. Our supervolt transformers offer constant voltage of 230V, although we can assist if other voltages are required.
Isolation transformers. These transfer electrical power from AC to sensitive equipment to prevent electric shocks.
Voltage stabilizers are good for more than just what it says on the tin. Besides their basic stabilising function, they can come with other features such as zero voltage switching, voltage cut off display, an output start -and -stop mechanism, manual/auto start, voltage cutoff, and more. Get yours from us today!
https://www.phdpowerhouse.co.za/wp-content/uploads/2023/02/man-working-on-electrical-tube.jpg321845siteadminhttps://www.phdpowerhouse.co.za/wp-content/uploads/2015/04/phd-logo-top-and-bottom-padding-560x156-300x84.pngsiteadmin2023-01-22 17:39:382023-02-22 17:52:18What Are the Advantages of Using a Voltage Stabilizer for Your Home and Business?
Pure sine wave inverters are a reliable and affordable option for powering your electronic equipment.
If you’re in South Africa and in need of an electrical device that can convert direct current (DC) electricity into alternating current (AC) electricity for your electronic equipment, a pure sine wave inverter may be the perfect solution. This type of inverter is preferred over other types of inverts because it produces a stable AC power wave that is similar to the electricity supplied by the electric grid.
In this article, we’ll explain how pure sine wave inverters work and the benefits they offer.
Understanding Electrical Waves
Before diving into how pure sine wave inverters work, it’s helpful to understand the basics of electrical waves. An electrical wave is created by alternating the direction of the flow of electrons through a conductor, such as a wire. The shape of the waveform produced depends on the frequency of the alternating current. For AC power systems, the frequency is typically 50 Hertz (Hz) in South Africa and many other countries.
The Advantages of a Pure Sine Wave
So, what makes a pure sine wave superior to other types of electrical waves? A pure sine wave has a smooth, symmetrical waveform that is mathematically described as a sine function. This type of waveform is preferred for electronic equipment because it is less likely to produce annoying humming noises or interference that can affect their performance.
How Pure Sine Wave Inverters Work
Now that we have a better understanding of electrical waves, let’s take a closer look at how pure sine wave inverters work. These inverters use an oscillator circuit to generate a high-frequency AC signal, which is then passed through a transformer to increase or decrease the voltage level as needed. The output of the transformer is then filtered to remove any remaining noise or distortion, resulting in a smooth, pure sine wave output.
Applications of Pure Sine Wave Inverters
Pure sine wave inverters are used in a variety of applications, including renewable energy systems, backup power systems, and portable power supplies. They are particularly useful in situations where clean, stable power is critical, such as when powering sensitive electronic equipment or medical equipment.
Pure sine wave inverters are a reliable and affordable option for those in need of an AC inverter in South Africa. They produce a clean, stable wave output that is similar to the electricity supplied by the electric grid, making them ideal for use with electronic equipment. If you’re tired of dealing with the frustrating humming noises and interference caused by other types of inverters, a pure sine wave inverter may be the perfect solution.
Get the Right Inverter for Your Needs from PHD Powerhouse
PHD Powerhouse is here to help you with all your energy needs. Are you considering going the solar energy route? We have the answers, the expertise, and the products. We can help you find an economical choice to optimise your equipment performance or to give you stable emergency backup power.
https://www.phdpowerhouse.co.za/wp-content/uploads/2022/12/DC-AC.jpg321845siteadminhttps://www.phdpowerhouse.co.za/wp-content/uploads/2015/04/phd-logo-top-and-bottom-padding-560x156-300x84.pngsiteadmin2022-12-22 13:46:592023-02-13 15:03:12How Does a Pure Sine Wave Inverter Work?
A surge protector will help protect your devices from dips and surges. For example, spikes occur when Eskom switches the power back on, and these spikes can damage your electronic devices. If you do not use an uninterruptible power supply with surge covering abilities, you could also suffer from power instability on the grid that may cause dips. Finally, lightning strikes can cause massive surges that could fry your device.
What Does a Surge Protector Do?
Manufacturers have designed surge protectors to protect your electrical devices by stabilising the electric current your device receives. Since power surges could reduce the life of your sensitive electronics, this type of protection is important. Electrical equipment and appliances suffer damages during unstable power conditions, but thankfully SPs can help.
6 Advantages You Can Enjoy When Using a Surge Protector
Surge protectors are an essential tool for anyone who wants to keep their electronics safe from power surges. Not only do they provide protection against sudden spikes in voltage, but they also offer a variety of other advantages that make them worth investing in. Here are three advantages you can enjoy when using a surge protector:
1. Cost Savings
A surge protector can help you save money by preventing damage to your expensive electronics and appliances.
Save money on expensive repairs and replacement of electronic equipment. Get added protection by installing a UPS device. This will give you enough time for a safe shutdown. Load shedding is here to stay. Get the right protection to ensure voltage fluctuations don’t ruin expensive equipment.
2. Convenience
Surge protectors are designed to be easy to use, so you don’t have to worry about complicated installation processes or dealing with complex wiring. All you need to do is plug the surge protector into a wall outlet and then plug your device into the surge protector.
3. Peace of Mind
Knowing that your electronics are protected from power surges can give you peace of mind and help you sleep better at night. You won’t have to worry about your devices being damaged due to sudden spikes in voltage or lightning strikes.
4. Versatility
Surge protectors come in a variety of shapes and sizes, so you can find one that fits your needs perfectly. Whether you need a single-outlet surge protector or a multi-outlet model, there’s an option out there for everyone.
5. Safety
Surge protectors also provide an extra layer of safety by preventing electrical fires caused by faulty wiring or overloaded circuits. This added protection can help keep your home safe from potential disasters caused by power surges.
6. Extend the Life of Your Electronic Equipment
Switching the power on and off during load shedding is not a healthy situation. This could damage your sensitive electrical appliances. A surge protector will help you protect your expensive equipment from voltage fluctuations.
Your surge protector will help keep your fridges, freezers, television sets for longer. Get the longevity out of your connected equipment with the right levels of protection.
Get Your Surge Protector and Avoid Unnecessary Damage from PHD
PHD Powerhouse has a wide range of surge protectors to help protect your devices. Find out how to extend the life of your expensive equipment today. PHD offers critical equipment for automatic voltage regulation.
https://www.phdpowerhouse.co.za/wp-content/uploads/2023/02/battery-backup-for-electronic-devices.jpg321845siteadminhttps://www.phdpowerhouse.co.za/wp-content/uploads/2015/04/phd-logo-top-and-bottom-padding-560x156-300x84.pngsiteadmin2022-12-12 13:39:552023-02-12 13:44:33Why is a Surge Protector Necessary During Power Outages?
Are you a new UPS user and not sure what to get? Get a UPS to help you through debilitating power outages in South Africa. A UPS device is a surge protector. It safeguards your connected electronic devices from an unstable power grid.
Why a UPS System & How Can it Help Keep Me Functioning?
A UPS device is a battery backup system. It supplies power and protects electrical appliances during unstable power conditions. The type and size of UPS all depends on the business type you fall into.
It gives you enough time to shut down equipment safely should the power fail. This is important in manufacturing plants.
It also gives you ample time to save any data.
Your UPS acts as an automatic voltage regulation device.
You can extend the life of any electrical equipment. Continuous switching on and off and power surges shorten the life. This is of your expensive electrical devices.
What is the Function of a UPS System? What Purpose Does It Serve?
Your UPS will switch over to battery power when the power goes out. Your UPS device provides continuous battery power.
This depends on the life of the battery.
Battery types vary. The type of batteries also differs from one UPS system to the next. How long the battery lasts depends on how much power you consume during blackouts.
Unannounced power outages are an enormous problem. Your UPS system will give you sufficient time to power down everything from video games to servers.
There is No One Size Fits All for Home UPS Systems
There are 3 categories of UPS systems. These depend on the type of power requirement you need.
The 3 different UPS systems are line-interactive systems, double conversion UPS systems, and standby UPS systems.
Different Power Problems You Could Experience in South Africa
An unstable power supply is so much more than blackouts and load shedding. Other power problems include brown outs, power surges, and voltage sags.
A power surge is a sudden, intense spike in power. Lightning strikes often cause this. They ruin electrical equipment, circuit boards and office equipment.
A blackout is a power loss from a few seconds, and sometimes days at a time.
Brownouts are a drop in the power level for long periods of time. During emergency power shortages, the utility could drop the power level to avoid power cuts.
A power sag is the lowering of input voltage. It is short and quick.
Line noise can degrade or disturb power performance from the grid into your system.
Why Choose PHD Powerhouse to Help You with Your Power Conditions?
Many power challenges we experience originate from Eskom’s power grid. Avoid damage to sensitive equipment by getting the best UPS for your home or business. Find the one best suited to your needs.
For more information on our wide range of backup systems, contact us today.
https://www.phdpowerhouse.co.za/wp-content/uploads/2022/12/Get-the-best-UPS-for-your-home-and-off.jpg321845siteadminhttps://www.phdpowerhouse.co.za/wp-content/uploads/2015/04/phd-logo-top-and-bottom-padding-560x156-300x84.pngsiteadmin2022-11-25 10:15:082023-02-12 13:19:27How to Get the Best UPS for Your Home or Office
Load-shedding is something we live with in South Africa. But the rest of the world is fast catching up. Load-shedding is a reality in 2022 and it seems it is here to stay. This is the main reason we need to come prepared. Backup power supplies come in many shapes and sizes.
Why a Backup Power System? What is a Power Backup System?
A backup system is a system that backs your systems up when the power goes down. When the power grid is unstable, your backup supplies an interruptible power supply. This is when the power from Eskom goes down.
4 Key Reasons for Power Outages in South Africa
The most common reasons for power outages in South Africa include:
Theft of power cables
Load-shedding when there is not enough power supply for the country
Faulty cables
An infrastructure that is ageing
How Are Businesses Affected by Power Outages & What Can We Do?
The biggest challenges businesses have when the power goes out is loss of income. Productivity is also affected, especially if you run a manufacturing plant of sorts.
Security is a problem and power outages are an inconvenience. Plus, the power going on and off will damage sensitive electrical equipment. Businesses could experience financial losses resulting from power surges.
Why Businesses of All Sizes Need a Backup Power Supply
It seems like all South Africans need uninterruptible power supply for electronic equipment. Load shedding influences businesses of all sizes.
Power blackouts could affect production entirely, or it could simply be an irritation. Outages affect security systems and electronic devices might get damaged.
Every business is unique. Backup power solutions will differ from one business to the next.
2 Important Questions When Investing in Backup Systems
Do your research carefully when adding a backup system to your business. You don’t want to fork out monies, only to find you don’t have the right uninterruptible power supply. Load shedding is here to stay.
Find out which one suits your niche industry. There is a wide range to choose from. Some have a short battery life, and others a longer power supply.
Get peace of mind by getting adequate uninterruptible power supplies.
The answers to these 2 important questions will steer you in the right direction.
PHD Powerhouse is Supplying Businesses with Backup Power
Are you looking for the right power supplier for your business? Do you wonder whether you need a battery & inverter or a generator? Is it a solar system you are thinking of investing in?
We have the right backup battery solutions for your business, no matter what size. We are here to guide and assist, no matter what type of business you run.
You might have an individual shop in a shopping Centre, or you might need something a little more power. Call PHD Powerhouse for the most cost-effective solution to your power woes. Get the best out of backup supplies for your business.
https://www.phdpowerhouse.co.za/wp-content/uploads/2022/12/Header.jpg321845siteadminhttps://www.phdpowerhouse.co.za/wp-content/uploads/2015/04/phd-logo-top-and-bottom-padding-560x156-300x84.pngsiteadmin2022-11-13 09:54:472023-02-12 13:14:40Why is it Important to Have Backup Power Supply in South Africa?
The #1 characteristic of deep cycle batteries is the deep discharge. We compare this to other battery types. Deep cycle batteries can discharge almost completely. Depth of discharge improves its performance. This is unlike other batteries.
1. How Does a Cycle Battery Work? What is a Cycle?
With deep discharge batteries, we almost entirely drain the battery of its power. We then recharge the battery to full capacity.
If you discharge the battery to even 1/2 of the battery capacity and recharge it, we call it a discharge cycle.
The deeper we discharge the battery and recharge it, the deeper the cycle. They supply power over long periods.
Manufacturers specifically design this battery type for continuous, deep discharge. We often use them in applications where we need power supply for extended periods.
Examples of deep cycle applications include solar energy systems, forklifts, and golf carts.
The discharge time is slower than other batteries. This is unlike the high current discharge with small delivery from other batteries. Deep cycle batteries run steadily for longer periods, discharging up to 80% of its charge.
2. Is a Lead Acid Battery the Same as a Deep Cycle Battery?
Battery experts make lead-acid batteries as deep cycle batteries. Take note that not all lead-acid batteries are deep cycle.
Battery manufacturers will specify this on the battery. We often refer to deep cycle lead-acid batteries as marine batteries.
We often use the batteries in marine vehicle applications, hence the name.
3. How Do Deep Cycle Batteries Differ from Other Batteries?
Deep cycle batteries differ from other batteries in 3 ways:
Deep cycle batteries withstand charging and recharging. They have thicker plates than other batteries for this reason.
The batteries can store more electricity. This is more than other batteries, thus supplying power over longer periods.
By rule of thumb, these types of batteries have a short service life.
We use these batteries in many industrial and commercial applications.
4. Typical Deep Cycle Applications
Do you need continuous power for longer periods? These are typical applications for consumer devices:
Sailing boats that do not have charging facilities.
Marine vessels and devices for navigation.
Golf carts.
Motorised wheelchairs.
Remote sites powering of industrial devices.
House batteries backup power.
Solar systems and solar batteries.
Traffic signals.
Off-grid power systems.
Find Out More About Your Deep Cycle Battery from PHD Powerhouse
Are you keen to know more about gel batteries, battery life, and battery banks? Would you like to know more about lithium-ion batteries, battery voltage, and sealed batteries?
PHD Powerhouse stocks a wide range of batteries, no matter what size batteries you need. Let us tell you what type of battery you need, and battery size is the best. Call us today to find out about rechargeable batteries and what size inverter suits you best.
https://www.phdpowerhouse.co.za/wp-content/uploads/2022/12/4-Things-You-Need-to-Know-About-Deep-Cycle-Batteries.jpg321845siteadminhttps://www.phdpowerhouse.co.za/wp-content/uploads/2015/04/phd-logo-top-and-bottom-padding-560x156-300x84.pngsiteadmin2022-10-15 13:04:272023-02-12 13:36:464 Things You Need to Know About Deep Cycle Batteries
As with many products in South Africa, prices for solar batteries can differ. Solar battery prices will depend on the manufacturer, the size, and the type of battery in question. Below we discuss how to find the best solar battery prices in town to help you save.
What to Look Out for When Comparing Solar & Batteries
When comparing solar prices in South Africa, be sure to compare apples with apples. Always ensure you get an estimate on a wide range of options. Compare prices on 300w, and 3- & 5-kw systems. You can also find out prices for 10kw, and 20kw solar systems.
The table below are estimates of the average prices for different sizes of battery. These could differ, and you should only use this as a guide for purchasing your backup power battery.
Average Price of Solar Panels in South Africa by Size
Size
Average Price Per Solar Panel (Low to High)
250 Watts
R2600 to R5600
300 Watts
R3150 to R6750
350 Watts
R3675 to R7875
500 Watts
R5250 to R11250
How Many Solar Panels Will I Need for an Average House in SA?
The more power a household uses, the more solar panels are required. You need to consider two factors when purchasing solar panels. Once you have a breakdown of consumption and size, you can find out how much each cost.
2 Factors that Determine What I Need for My Solar System:
1. Size of the structure (house, building, office).
2. How much power do you use every month?
Solar System Prices & Number of Solar Panels Required vs Monthly Electricity Consumption
Monthly Electricity Bill
Solar System Size Needed
Solar System Prices (Approx)
Number Of Solar Panels Required (Est)
R1500 or less
2Kw
R65,000
9
R1500 to R2500
3Kw
R75,000
14
R2500 to R5000
5Kw
R120,000
19
R5000 or higher
10Kw
R190,000
20+
Why Has it Become Difficult to Compare Solar Battery Prices in South Africa?
As load shedding gains momentum, more manufacturers are supplying batteries for solar. You will easily find a good quality battery at a competitive price. Lithium batteries are more affordable than in the past.
It is becoming difficult and complicated when looking for the right batteries for sale. Power ratings differ, some have a 10-year warranty but cost more, others have inbuilt inverters included. Since solar energy is becoming more commonplace, the energy storage market is exploding.
Lithium-Ion Batteries Are the #1 Choice for Solar Systems
Manufacturers are using superior technology to make lithium-ion solar batteries. These are superior to the old type of lead-acid batteries. Many suppliers no longer stock lead-acid batteries for solar power.
They have a better battery life and can handle a full discharge. Their usable capacity remains higher for much longer, as a result. Browse our lithium battery options today to find an affordable option for your needs.
How to Find the Best Battery Storage System for Your Solar Power Kit
PHD Powerhouse offers a wide range of features and batteries for solar systems. We can help you choose the perfect battery compatibility for your solar power system.
Find out more about battery capacity, energy storage systems, and which battery would work best for your needs. All this at affordable prices.
https://www.phdpowerhouse.co.za/wp-content/uploads/2022/12/How-to-Find-the-Best-Solar-Battery-Prices-in-Town.jpg321845siteadminhttps://www.phdpowerhouse.co.za/wp-content/uploads/2015/04/phd-logo-top-and-bottom-padding-560x156-300x84.pngsiteadmin2022-10-01 12:55:422023-02-13 14:41:00How to Find the Best Solar Battery Prices in Town
There is a difference between inverters and generators. Inverters use a backup battery for power, whereas a generator does not! Find out which one is best to keep your systems going when the energy service provider lets you down.
What’s Better, an Inverter or a Generator?
It’s not about the best inverters for sale in South Africa. It is more about which one works best for your needs. Below, we explain the difference and how the two compare.
How Do Inverters Work?
Inverters are suppliers of AC power. They use the electrical energy stored in their backup batteries (DC energy). Inverter systems use transformer and electronic systems to convert DC to AC energy.
They boost voltage to create 220 V. Inverters are user-friendly devices. You can use them to power electrical equipment and keep the internet going.
How Do Inverters Handle Load Demand?
When we compare inverters to generators, they are the more efficient choice of the two for backup loads. They are not meant for use for extended periods, but they can handle working long hours if needed. Many are connected to a deep cycle battery.
An inverter is a popular choice to keep your household appliances working as a backup during load shedding or blackouts. Your inverter of choice can make a big difference in its capabilities and performance. At PHD, we provide quality inverters to suite your unique needs.
Which Type of Inverter Do I Need?
Businesses will need commercial inverters that can handle large loads and complex needs. But if you want to power your home, a residential inverter setup should serve you just fine. High-performance solar inverters are a better option if you use solar energy.
You can get advanced inverter options such as 3-phase inverters that come with an LCD display. It’s best to speak to experts at PHD to help you choose the right device for your needs. Price ranges can differ vastly, but we will help you with the right device at a competitive price.
6 Advantages of Inverters vs. Generators
Compared to generators, inverters are a far quieter option.
You can charge an energy inverter battery by plugging it into the mains or using solar panels.
Generators are often large and clumsy to manoeuvre. Inverters are a more streamlined option.
You never need fuel to operate your inverter.
Inverters are cheaper to run than generators.
The cost of power consumption is relatively cheap compared to feeding a generator fuel.
What PHD is Doing to Help South Africans Power Their Lives?
Our wide range of inverter systems power homes and businesses. If your house enjoys a lot of direct sunlight, solar power and solar inverters may be the right option for you. We can help you find a device with proven reliability for many style inverters.
We offer top brand inverter for sale in South Africa. Our experts can help you explore warranty options, battery compatibility, and capacity needs. Contact PHD Powerhouse today to find out how to keep the power going.
https://www.phdpowerhouse.co.za/wp-content/uploads/2022/09/best-Inverters-for-Sale-in-South-Africa.jpg4501000siteadminhttps://www.phdpowerhouse.co.za/wp-content/uploads/2015/04/phd-logo-top-and-bottom-padding-560x156-300x84.pngsiteadmin2022-09-30 15:25:382024-03-26 07:46:33Where Can I Get the Best Inverters for Sale in South Africa?
You cannot operate a solar system without a solar battery. Which solar battery is the best one for my system and how do they work? Are you ready to go independent of the grid power? If so, you will need enough backup power sources.
South Africans are looking for energy independence from the power grid. Green energy is the answer. Find out about energy storage systems and the batteries that power them. As hours of load shedding increase, so should our efforts. These include finding alternative load management solutions.
What Are Solar Batteries?
Solar batteries are battery storage systems that store solar energy collected from the sun. They use a solar PV system and solar inverter to achieve this. The stored energy enables you to keep your systems and appliances functioning when the sun goes down.
They also generate energy as backup power during power outages. Off-grid systems using solar will need a battery bank where excess solar power can be stored. It is important to get the right battery capacity to store all excess energy that your solar panels may generate.
Do I Need a Solar Battery to Go Off-Grid?
You do not need a solar battery for every solar system, especially if it is just meant to supplement your current power use during sunshine hours. But if you need to use the solar energy at night or if you are going off-grid, you will need solar batteries.
Is Solar Power Affordable and Practical?
A sufficiently large solar system offers enough power requirements for an average home. Electricity from a solar battery is often less expensive per KW than power from the utility. This depends on the tariffs in an area. It also depends on the time of day you use your solar.
What Types of Solar Batteries Work Best for Solar Systems
Solar batteries enjoy a high life-cycle. They enjoy a long battery life. They also need hardly any maintenance because of a high efficiency rate.
Solar batteries need frequent charging. We also discharged them as frequently. Even then, they seldom need replacing. Solar batteries are safe to use – they are as safe to use as any mobile device with a battery.
What to Look for When Choosing a Battery for Solar.
All batteries need to meet safety requirements. Solar batteries are no exception. Safety first, always. PHD offers a wide range of solar batteries that meet all safety requirements.
Here are a couple of pointers to consider when choosing your solar battery:
How much are you prepared to invest in your battery (budget)?
What is the most cost-effective system for your energy usage?
Do you get enough sunshine hours to generate the energy you will need?
How much electricity will your solar panel system need to generate?
How much electricity does your business or household use?
What Size Battery Will I Need?
Any solar battery you choose should sustain five times your daily usage. That’s right, FIVE times! Choose a high-performance battery if you use plenty of power daily. What size solar battery all depends on how much power you use daily.
4 Popular Solar Battery Choices for Your Solar System
1. Sealed Batteries or Lead-Acid Batteries
Choose from our wide range of sealed lead-acid batteries. Lead-acid batteries are a superb choice for your energy storage system, as they don’t need maintenance.
The solar battery prices for these are higher than for other options. They need precise battery charging. This can result in a shorter lifespan.
Sealed batteries are the obvious solar battery choice. We use these batteries where we need to power long periods without maintenance. Lead-acid battery banks have a reputation for lasting long.
2. Deep Cycle Batteries
Typical applications for deep-cycle batteries include caravans and motorhomes. Although they are not dissimilar to car batteries, they differ in construction. This is the best source of outback power.
These batteries typically only last for a few hundred cycles. Deep cycle batteries are not the best choice for solar power, but they are affordable.
3. Traction Solar Batteries
Common applications we use traction solar batteries include many types of electric vehicles. These include golf carts, mobility scooters, and electric wheelchairs.
Small traction batteries run on 6 and 12 Volts. They need recharging and discharging daily. They enjoy a long life with literally hundreds of discharge cycles.
4. Gel Acid Batteries
Deep-cycle gel batteries are rechargeable. We fit them with a mono bloc catalyst to increase performance and longevity.
You can measure the storage capacity in gel acid batteries in amp hours. This shows the number of amps the battery supplies per hour.
Get Solar Batteries for Solar Systems from PHD Powerhouse
Are you looking for a cost effective option to the power grid? Your initial investment cost will far outweigh your savings in the long-term.
Are you ready for the switch because of unstable load conditions? We have a huge range of battery products to offer you. Find out everything you need to know about keeping your lights on during load shedding.
https://www.phdpowerhouse.co.za/wp-content/uploads/2022/10/Solar-Batteries.jpg4501000siteadminhttps://www.phdpowerhouse.co.za/wp-content/uploads/2015/04/phd-logo-top-and-bottom-padding-560x156-300x84.pngsiteadmin2022-09-27 14:44:562023-01-17 08:23:46Do Solar Batteries Make a Difference to My Solar System?
South Africans are now investing in UPS systems and inverters to help keep the lights on. Eskom’s unstable power supply has made this an essential part of our lives. We unpack the differences between inverters and UPS systems.
Get to Know 8 Differences Between UPS Systems and Inverters
The best way to keep your business functioning during an electricity outage is to get the right power backup-up system. Every home and every business differ. The big question here is, which is the right one for you?
We tell you the 8 major differences. These are between inverters and uninterruptible backup power supply systems. This will help you choose the right fit.
1. Your #1 difference is the time it takes for each to supply power.
Perhaps the key difference is the time it takes for each device to supply battery power. We refer to the power from the batteries to the actual device. This happens during power disturbances.
Offline uninterruptible power supply systems will take anything from 3 to 8 milliseconds to reach your electronic devices. Your inverter’s changeover time is between 25 & 500 milliseconds to kick in.
The main reason users choose a UPS over an inverter is to protect sensitive electronic equipment. Sensitive equipment often cannot tolerate a time delay. UPS systems give you continuous power without interruptions. They also give you superior power quality during power outages.
2. True online double-conversion UPS systems regulate and monitor power fluctuations.
Your UPS system will monitor power anomalies such as surges, spikes, and noise. The main reason sensitive electronic devices use UPS as a backup power source is they provide protection. We do not use UPS systems for long-term power supply.
Your invertor cannot monitor power abnormalities. Its job is simply to store and supply common power during power failures.
3. Choose inverters for general power for electrical appliances.
A simple inverter is perfect for a connected load that is unaffected by delays in the power supply from the power grid.
4. By rule of thumb, UPS systems cost more than inverters.
UPS devices comprise more delicate circuitry, thus they cost more than inverters. Inverters comprise more common components and cannot protect sensitive connected devices. If you are concerned about voltage fluctuations, a UPS is a better choice, whereas if you want to power devices via a battery instead of the grip, you can choose an inverter and battery combo.
5. Inverters are incapable of preventing data losses.
UPS devices are far more sophisticated than inverters. When the power goes down, you have enough time to save data. Inverters’ slow transfer time cannot prevent losses in data. Sometimes, there may even be a manual transfer switch, meaning your connected devices will lose power.
6. Inverters and UPS devices both use AC power from backup batteries.
Where most users confuse the two devices is that inverters and UPS devices produce AC power from DC power. UPS devices have more functions than inverters. One of the internal components of a UPS device is an inverter.
7. UPS devices have extra features.
Your UPS device has extra features to that of inverters. These include energy storage and instant response times. They are ideal for critical applications, such as medical equipment.
8. Inverters cannot store electricity.
The AC voltage supply is interrupted if you remove the inverter from the battery. Inverters can only convert power. They cannot store power.
UPS devices provide electric power with no interruptions. However, uninterruptible power is only possible with a fully charged battery. A larger battery capacity will give you more backup time. Often, inverter backup systems include larger batteries than those used in UPS.
Keep Going with Inverters & UPS Systems
Let our team of professionals at PHD offer you the best system suited to your needs. Inverters and UPS systems might differ from one another. Yet, they both serve a purpose.
Which one’s for you? We can help you decide armed with the right knowledge. Call us to find out more about our wide range of power backup systems.
https://www.phdpowerhouse.co.za/wp-content/uploads/2022/09/8-ways-inverters-differ-from-UPS-systems.jpg4501000siteadminhttps://www.phdpowerhouse.co.za/wp-content/uploads/2015/04/phd-logo-top-and-bottom-padding-560x156-300x84.pngsiteadmin2022-08-30 19:47:502022-11-29 09:39:328 Ways Inverters Differ from UPS Systems
What Are the Advantages of Using a Voltage Stabilizer for Your Home and Business?
/in PHD Blog /by siteadminVoltage stabilizers are a vital component of any home or business electrical system. They provide protection against power surges and fluctuations, ensuring that your electronics and appliances remain safe and running efficiently. They also help reduce your electricity bill by regulating the amount of power flowing into your home or office.
What is a Voltage Stabilizer?
A voltage stabilizer is a piece of equipment that keeps the voltage that runs to your appliances and machinery stable. With all the load-shedding we face in South Africa, voltage surges are common. That’s why it’s important for home- and business-owners to protect their electronic devices and electrical equipment from voltage fluctuations.
Why Use a Voltage Stabilizer?
• Protects your Electrical Appliances
Voltage dips can cause irreparable damage to electrical and electronic equipment. A voltage stabilizer will ensure that your devices continue to run smoothly even when the voltage is unstable. Ultimately, they protect your electronic appliances from being destroyed due to voltage fluctuations.
• Saves You Money
Should your appliances get damaged due to unstable voltage, it’s going to cost you money to replace them. Even if you’re insured, you’d likely pay an excess to get a new device. But with a voltage stabilizer, you never have to worry again about replacing broken equipment due to surges.
In addition to this, they’re highly energy efficient, which saves, money on your electricity bill too.
• Improves the Durability of Your Electrical Appliances
Voltage surges don’t always break electronics immediately; however, over time, when the voltage is unstable repeatedly, it can eventually lead to a complete breakdown of that item. Voltage Stabilizers prevent this long-term damage from occurring.
Types of Voltage Stabilizers
At PHD Powerhouse, we offer four types of voltage stabilizers: servo type, electronic type, supervolt, and isolation transformers.
Voltage stabilizers are good for more than just what it says on the tin. Besides their basic stabilising function, they can come with other features such as zero voltage switching, voltage cut off display, an output start -and -stop mechanism, manual/auto start, voltage cutoff, and more. Get yours from us today!
How Does a Pure Sine Wave Inverter Work?
/in PHD Blog /by siteadminIf you’re in South Africa and in need of an electrical device that can convert direct current (DC) electricity into alternating current (AC) electricity for your electronic equipment, a pure sine wave inverter may be the perfect solution. This type of inverter is preferred over other types of inverts because it produces a stable AC power wave that is similar to the electricity supplied by the electric grid.
In this article, we’ll explain how pure sine wave inverters work and the benefits they offer.
Understanding Electrical Waves
Before diving into how pure sine wave inverters work, it’s helpful to understand the basics of electrical waves. An electrical wave is created by alternating the direction of the flow of electrons through a conductor, such as a wire. The shape of the waveform produced depends on the frequency of the alternating current. For AC power systems, the frequency is typically 50 Hertz (Hz) in South Africa and many other countries.
The Advantages of a Pure Sine Wave
So, what makes a pure sine wave superior to other types of electrical waves? A pure sine wave has a smooth, symmetrical waveform that is mathematically described as a sine function. This type of waveform is preferred for electronic equipment because it is less likely to produce annoying humming noises or interference that can affect their performance.
How Pure Sine Wave Inverters Work
Now that we have a better understanding of electrical waves, let’s take a closer look at how pure sine wave inverters work. These inverters use an oscillator circuit to generate a high-frequency AC signal, which is then passed through a transformer to increase or decrease the voltage level as needed. The output of the transformer is then filtered to remove any remaining noise or distortion, resulting in a smooth, pure sine wave output.
Applications of Pure Sine Wave Inverters
Pure sine wave inverters are used in a variety of applications, including renewable energy systems, backup power systems, and portable power supplies. They are particularly useful in situations where clean, stable power is critical, such as when powering sensitive electronic equipment or medical equipment.
Pure sine wave inverters are a reliable and affordable option for those in need of an AC inverter in South Africa. They produce a clean, stable wave output that is similar to the electricity supplied by the electric grid, making them ideal for use with electronic equipment. If you’re tired of dealing with the frustrating humming noises and interference caused by other types of inverters, a pure sine wave inverter may be the perfect solution.
Get the Right Inverter for Your Needs from PHD Powerhouse
PHD Powerhouse is here to help you with all your energy needs. Are you considering going the solar energy route? We have the answers, the expertise, and the products. We can help you find an economical choice to optimise your equipment performance or to give you stable emergency backup power.
Why is a Surge Protector Necessary During Power Outages?
/in PHD Blog /by siteadminA surge protector will help protect your devices from dips and surges. For example, spikes occur when Eskom switches the power back on, and these spikes can damage your electronic devices. If you do not use an uninterruptible power supply with surge covering abilities, you could also suffer from power instability on the grid that may cause dips. Finally, lightning strikes can cause massive surges that could fry your device.
What Does a Surge Protector Do?
Manufacturers have designed surge protectors to protect your electrical devices by stabilising the electric current your device receives. Since power surges could reduce the life of your sensitive electronics, this type of protection is important. Electrical equipment and appliances suffer damages during unstable power conditions, but thankfully SPs can help.
6 Advantages You Can Enjoy When Using a Surge Protector
Surge protectors are an essential tool for anyone who wants to keep their electronics safe from power surges. Not only do they provide protection against sudden spikes in voltage, but they also offer a variety of other advantages that make them worth investing in. Here are three advantages you can enjoy when using a surge protector:
1. Cost Savings
A surge protector can help you save money by preventing damage to your expensive electronics and appliances.
Save money on expensive repairs and replacement of electronic equipment. Get added protection by installing a UPS device. This will give you enough time for a safe shutdown. Load shedding is here to stay. Get the right protection to ensure voltage fluctuations don’t ruin expensive equipment.
2. Convenience
Surge protectors are designed to be easy to use, so you don’t have to worry about complicated installation processes or dealing with complex wiring. All you need to do is plug the surge protector into a wall outlet and then plug your device into the surge protector.
3. Peace of Mind
Knowing that your electronics are protected from power surges can give you peace of mind and help you sleep better at night. You won’t have to worry about your devices being damaged due to sudden spikes in voltage or lightning strikes.
4. Versatility
Surge protectors come in a variety of shapes and sizes, so you can find one that fits your needs perfectly. Whether you need a single-outlet surge protector or a multi-outlet model, there’s an option out there for everyone.
5. Safety
Surge protectors also provide an extra layer of safety by preventing electrical fires caused by faulty wiring or overloaded circuits. This added protection can help keep your home safe from potential disasters caused by power surges.
6. Extend the Life of Your Electronic Equipment
Switching the power on and off during load shedding is not a healthy situation. This could damage your sensitive electrical appliances. A surge protector will help you protect your expensive equipment from voltage fluctuations.
Your surge protector will help keep your fridges, freezers, television sets for longer. Get the longevity out of your connected equipment with the right levels of protection.
Get Your Surge Protector and Avoid Unnecessary Damage from PHD
PHD Powerhouse has a wide range of surge protectors to help protect your devices. Find out how to extend the life of your expensive equipment today. PHD offers critical equipment for automatic voltage regulation.
How to Get the Best UPS for Your Home or Office
/in PHD Blog /by siteadminWhy a UPS System & How Can it Help Keep Me Functioning?
A UPS device is a battery backup system. It supplies power and protects electrical appliances during unstable power conditions. The type and size of UPS all depends on the business type you fall into.
What is the Function of a UPS System? What Purpose Does It Serve?
Your UPS will switch over to battery power when the power goes out. Your UPS device provides continuous battery power.
This depends on the life of the battery.
Battery types vary. The type of batteries also differs from one UPS system to the next. How long the battery lasts depends on how much power you consume during blackouts.
Unannounced power outages are an enormous problem. Your UPS system will give you sufficient time to power down everything from video games to servers.
There is No One Size Fits All for Home UPS Systems
There are 3 categories of UPS systems. These depend on the type of power requirement you need.
The 3 different UPS systems are line-interactive systems, double conversion UPS systems, and standby UPS systems.
Different Power Problems You Could Experience in South Africa
An unstable power supply is so much more than blackouts and load shedding. Other power problems include brown outs, power surges, and voltage sags.
Why Choose PHD Powerhouse to Help You with Your Power Conditions?
Many power challenges we experience originate from Eskom’s power grid. Avoid damage to sensitive equipment by getting the best UPS for your home or business. Find the one best suited to your needs.
For more information on our wide range of backup systems, contact us today.
Why is it Important to Have Backup Power Supply in South Africa?
/in PHD Blog /by siteadminWhy a Backup Power System? What is a Power Backup System?
A backup system is a system that backs your systems up when the power goes down. When the power grid is unstable, your backup supplies an interruptible power supply. This is when the power from Eskom goes down.
4 Key Reasons for Power Outages in South Africa
The most common reasons for power outages in South Africa include:
How Are Businesses Affected by Power Outages & What Can We Do?
The biggest challenges businesses have when the power goes out is loss of income. Productivity is also affected, especially if you run a manufacturing plant of sorts.
Security is a problem and power outages are an inconvenience. Plus, the power going on and off will damage sensitive electrical equipment. Businesses could experience financial losses resulting from power surges.
Why Businesses of All Sizes Need a Backup Power Supply
It seems like all South Africans need uninterruptible power supply for electronic equipment. Load shedding influences businesses of all sizes.
Power blackouts could affect production entirely, or it could simply be an irritation. Outages affect security systems and electronic devices might get damaged.
2 Important Questions When Investing in Backup Systems
Do your research carefully when adding a backup system to your business. You don’t want to fork out monies, only to find you don’t have the right uninterruptible power supply. Load shedding is here to stay.
Find out which one suits your niche industry. There is a wide range to choose from. Some have a short battery life, and others a longer power supply.
Get peace of mind by getting adequate uninterruptible power supplies.
The answers to these 2 important questions will steer you in the right direction.
PHD Powerhouse is Supplying Businesses with Backup Power
Are you looking for the right power supplier for your business? Do you wonder whether you need a battery & inverter or a generator? Is it a solar system you are thinking of investing in?
We have the right backup battery solutions for your business, no matter what size. We are here to guide and assist, no matter what type of business you run.
You might have an individual shop in a shopping Centre, or you might need something a little more power. Call PHD Powerhouse for the most cost-effective solution to your power woes. Get the best out of backup supplies for your business.
4 Things You Need to Know About Deep Cycle Batteries
/in PHD Blog /by siteadminWhy Do We Refer to These Batteries as Deep Cycle?
The #1 characteristic of deep cycle batteries is the deep discharge. We compare this to other battery types. Deep cycle batteries can discharge almost completely. Depth of discharge improves its performance. This is unlike other batteries.
1. How Does a Cycle Battery Work? What is a Cycle?
With deep discharge batteries, we almost entirely drain the battery of its power. We then recharge the battery to full capacity.
2. Is a Lead Acid Battery the Same as a Deep Cycle Battery?
Battery experts make lead-acid batteries as deep cycle batteries. Take note that not all lead-acid batteries are deep cycle.
Battery manufacturers will specify this on the battery. We often refer to deep cycle lead-acid batteries as marine batteries.
We often use the batteries in marine vehicle applications, hence the name.
3. How Do Deep Cycle Batteries Differ from Other Batteries?
Deep cycle batteries differ from other batteries in 3 ways:
Deep cycle batteries withstand charging and recharging. They have thicker plates than other batteries for this reason.
4. Typical Deep Cycle Applications
Do you need continuous power for longer periods? These are typical applications for consumer devices:
Find Out More About Your Deep Cycle Battery from PHD Powerhouse
Are you keen to know more about gel batteries, battery life, and battery banks? Would you like to know more about lithium-ion batteries, battery voltage, and sealed batteries?
PHD Powerhouse stocks a wide range of batteries, no matter what size batteries you need. Let us tell you what type of battery you need, and battery size is the best. Call us today to find out about rechargeable batteries and what size inverter suits you best.
How to Find the Best Solar Battery Prices in Town
/in PHD Blog /by siteadminWhat to Look Out for When Comparing Solar & Batteries
When comparing solar prices in South Africa, be sure to compare apples with apples. Always ensure you get an estimate on a wide range of options. Compare prices on 300w, and 3- & 5-kw systems. You can also find out prices for 10kw, and 20kw solar systems.
The table below are estimates of the average prices for different sizes of battery. These could differ, and you should only use this as a guide for purchasing your backup power battery.
Average Price of Solar Panels in South Africa by Size
How Many Solar Panels Will I Need for an Average House in SA?
The more power a household uses, the more solar panels are required. You need to consider two factors when purchasing solar panels. Once you have a breakdown of consumption and size, you can find out how much each cost.
2 Factors that Determine What I Need for My Solar System:
1. Size of the structure (house, building, office).
2. How much power do you use every month?
Solar System Prices & Number of Solar Panels Required vs Monthly Electricity Consumption
Why Has it Become Difficult to Compare Solar Battery Prices in South Africa?
As load shedding gains momentum, more manufacturers are supplying batteries for solar. You will easily find a good quality battery at a competitive price. Lithium batteries are more affordable than in the past.
It is becoming difficult and complicated when looking for the right batteries for sale. Power ratings differ, some have a 10-year warranty but cost more, others have inbuilt inverters included. Since solar energy is becoming more commonplace, the energy storage market is exploding.
Lithium-Ion Batteries Are the #1 Choice for Solar Systems
Manufacturers are using superior technology to make lithium-ion solar batteries. These are superior to the old type of lead-acid batteries. Many suppliers no longer stock lead-acid batteries for solar power.
They have a better battery life and can handle a full discharge. Their usable capacity remains higher for much longer, as a result. Browse our lithium battery options today to find an affordable option for your needs.
How to Find the Best Battery Storage System for Your Solar Power Kit
PHD Powerhouse offers a wide range of features and batteries for solar systems. We can help you choose the perfect battery compatibility for your solar power system.
Find out more about battery capacity, energy storage systems, and which battery would work best for your needs. All this at affordable prices.
Where Can I Get the Best Inverters for Sale in South Africa?
/in PHD Blog /by siteadminWhat’s Better, an Inverter or a Generator?
It’s not about the best inverters for sale in South Africa. It is more about which one works best for your needs. Below, we explain the difference and how the two compare.
How Do Inverters Work?
Inverters are suppliers of AC power. They use the electrical energy stored in their backup batteries (DC energy). Inverter systems use transformer and electronic systems to convert DC to AC energy.
They boost voltage to create 220 V. Inverters are user-friendly devices. You can use them to power electrical equipment and keep the internet going.
How Do Inverters Handle Load Demand?
When we compare inverters to generators, they are the more efficient choice of the two for backup loads. They are not meant for use for extended periods, but they can handle working long hours if needed. Many are connected to a deep cycle battery.
An inverter is a popular choice to keep your household appliances working as a backup during load shedding or blackouts. Your inverter of choice can make a big difference in its capabilities and performance. At PHD, we provide quality inverters to suite your unique needs.
Which Type of Inverter Do I Need?
Businesses will need commercial inverters that can handle large loads and complex needs. But if you want to power your home, a residential inverter setup should serve you just fine. High-performance solar inverters are a better option if you use solar energy.
You can get advanced inverter options such as 3-phase inverters that come with an LCD display. It’s best to speak to experts at PHD to help you choose the right device for your needs. Price ranges can differ vastly, but we will help you with the right device at a competitive price.
6 Advantages of Inverters vs. Generators
What PHD is Doing to Help South Africans Power Their Lives?
Our wide range of inverter systems power homes and businesses. If your house enjoys a lot of direct sunlight, solar power and solar inverters may be the right option for you. We can help you find a device with proven reliability for many style inverters.
We offer top brand inverter for sale in South Africa. Our experts can help you explore warranty options, battery compatibility, and capacity needs. Contact PHD Powerhouse today to find out how to keep the power going.
Do Solar Batteries Make a Difference to My Solar System?
/in PHD Blog /by siteadminSouth Africans are looking for energy independence from the power grid. Green energy is the answer. Find out about energy storage systems and the batteries that power them. As hours of load shedding increase, so should our efforts. These include finding alternative load management solutions.
What Are Solar Batteries?
Solar batteries are battery storage systems that store solar energy collected from the sun. They use a solar PV system and solar inverter to achieve this. The stored energy enables you to keep your systems and appliances functioning when the sun goes down.
They also generate energy as backup power during power outages. Off-grid systems using solar will need a battery bank where excess solar power can be stored. It is important to get the right battery capacity to store all excess energy that your solar panels may generate.
Do I Need a Solar Battery to Go Off-Grid?
You do not need a solar battery for every solar system, especially if it is just meant to supplement your current power use during sunshine hours. But if you need to use the solar energy at night or if you are going off-grid, you will need solar batteries.
Is Solar Power Affordable and Practical?
A sufficiently large solar system offers enough power requirements for an average home. Electricity from a solar battery is often less expensive per KW than power from the utility. This depends on the tariffs in an area. It also depends on the time of day you use your solar.
What Types of Solar Batteries Work Best for Solar Systems
Solar batteries enjoy a high life-cycle. They enjoy a long battery life. They also need hardly any maintenance because of a high efficiency rate.
Solar batteries need frequent charging. We also discharged them as frequently. Even then, they seldom need replacing. Solar batteries are safe to use – they are as safe to use as any mobile device with a battery.
What to Look for When Choosing a Battery for Solar.
All batteries need to meet safety requirements. Solar batteries are no exception. Safety first, always. PHD offers a wide range of solar batteries that meet all safety requirements.
Here are a couple of pointers to consider when choosing your solar battery:
What Size Battery Will I Need?
Any solar battery you choose should sustain five times your daily usage. That’s right, FIVE times! Choose a high-performance battery if you use plenty of power daily. What size solar battery all depends on how much power you use daily.
4 Popular Solar Battery Choices for Your Solar System
1. Sealed Batteries or Lead-Acid Batteries
Choose from our wide range of sealed lead-acid batteries. Lead-acid batteries are a superb choice for your energy storage system, as they don’t need maintenance.
The solar battery prices for these are higher than for other options. They need precise battery charging. This can result in a shorter lifespan.
Sealed batteries are the obvious solar battery choice. We use these batteries where we need to power long periods without maintenance. Lead-acid battery banks have a reputation for lasting long.
2. Deep Cycle Batteries
Typical applications for deep-cycle batteries include caravans and motorhomes. Although they are not dissimilar to car batteries, they differ in construction. This is the best source of outback power.
These batteries typically only last for a few hundred cycles. Deep cycle batteries are not the best choice for solar power, but they are affordable.
3. Traction Solar Batteries
Common applications we use traction solar batteries include many types of electric vehicles. These include golf carts, mobility scooters, and electric wheelchairs.
Small traction batteries run on 6 and 12 Volts. They need recharging and discharging daily. They enjoy a long life with literally hundreds of discharge cycles.
4. Gel Acid Batteries
Deep-cycle gel batteries are rechargeable. We fit them with a mono bloc catalyst to increase performance and longevity.
You can measure the storage capacity in gel acid batteries in amp hours. This shows the number of amps the battery supplies per hour.
Get Solar Batteries for Solar Systems from PHD Powerhouse
Are you looking for a cost effective option to the power grid? Your initial investment cost will far outweigh your savings in the long-term.
Are you ready for the switch because of unstable load conditions? We have a huge range of battery products to offer you. Find out everything you need to know about keeping your lights on during load shedding.
Source: roofit.solar
8 Ways Inverters Differ from UPS Systems
/in PHD Blog /by siteadminGet to Know 8 Differences Between UPS Systems and Inverters
The best way to keep your business functioning during an electricity outage is to get the right power backup-up system. Every home and every business differ. The big question here is, which is the right one for you?
We tell you the 8 major differences. These are between inverters and uninterruptible backup power supply systems. This will help you choose the right fit.
1. Your #1 difference is the time it takes for each to supply power.
Perhaps the key difference is the time it takes for each device to supply battery power. We refer to the power from the batteries to the actual device. This happens during power disturbances.
Offline uninterruptible power supply systems will take anything from 3 to 8 milliseconds to reach your electronic devices. Your inverter’s changeover time is between 25 & 500 milliseconds to kick in.
The main reason users choose a UPS over an inverter is to protect sensitive electronic equipment. Sensitive equipment often cannot tolerate a time delay. UPS systems give you continuous power without interruptions. They also give you superior power quality during power outages.
2. True online double-conversion UPS systems regulate and monitor power fluctuations.
Your UPS system will monitor power anomalies such as surges, spikes, and noise. The main reason sensitive electronic devices use UPS as a backup power source is they provide protection. We do not use UPS systems for long-term power supply.
Your invertor cannot monitor power abnormalities. Its job is simply to store and supply common power during power failures.
3. Choose inverters for general power for electrical appliances.
A simple inverter is perfect for a connected load that is unaffected by delays in the power supply from the power grid.
4. By rule of thumb, UPS systems cost more than inverters.
UPS devices comprise more delicate circuitry, thus they cost more than inverters. Inverters comprise more common components and cannot protect sensitive connected devices. If you are concerned about voltage fluctuations, a UPS is a better choice, whereas if you want to power devices via a battery instead of the grip, you can choose an inverter and battery combo.
5. Inverters are incapable of preventing data losses.
UPS devices are far more sophisticated than inverters. When the power goes down, you have enough time to save data. Inverters’ slow transfer time cannot prevent losses in data. Sometimes, there may even be a manual transfer switch, meaning your connected devices will lose power.
6. Inverters and UPS devices both use AC power from backup batteries.
Where most users confuse the two devices is that inverters and UPS devices produce AC power from DC power. UPS devices have more functions than inverters. One of the internal components of a UPS device is an inverter.
7. UPS devices have extra features.
Your UPS device has extra features to that of inverters. These include energy storage and instant response times. They are ideal for critical applications, such as medical equipment.
8. Inverters cannot store electricity.
The AC voltage supply is interrupted if you remove the inverter from the battery. Inverters can only convert power. They cannot store power.
UPS devices provide electric power with no interruptions. However, uninterruptible power is only possible with a fully charged battery. A larger battery capacity will give you more backup time. Often, inverter backup systems include larger batteries than those used in UPS.
Keep Going with Inverters & UPS Systems
Let our team of professionals at PHD offer you the best system suited to your needs. Inverters and UPS systems might differ from one another. Yet, they both serve a purpose.
Which one’s for you? We can help you decide armed with the right knowledge. Call us to find out more about our wide range of power backup systems.