From Candles to Solar: Load Shedding Solutions Ranked (2026)
Introduction
Load shedding is still part of life in South Africa. Even when things improve, power cuts and outages still happen often. PHD Powerhouse offers a wide range of backup power solutions to keep you covered no matter the stage.
That is why more homes are finding better ways to stay powered. The trick is choosing the right solution for your budget and needs.
Understanding Your Power Needs
What Must Stay On?
Start by choosing your most important items. These are things you cannot go without.
This usually includes WiFi, a few lights, and your fridge.
How Much Power Do You Need?
Add up the power used by your devices. Then multiply by how many hours you need backup.
This helps you choose the right system size.
Picking the Right Level
There are four main levels:
- Budget
- Mid-range
- Premium
- Ultimate
Each level gives more power, but costs more.
BUDGET (Under R5,000): Basic Survival
Solution #1: LED Lights + Power Banks
Cost: ±R500–R1 500
What You Get
You get rechargeable lights and power banks. These help with lighting and charging phones.
They are simple and easy to use.
Pros and Cons
- ✓ Very cheap
- ✓ Easy to carry
- ✗ No power for appliances
- ✗ Limited use
Best For
Students or anyone needing a quick, low-cost fix.
Solution #2: Small Inverter + Car Battery
Cost: ±R2 000–R4 000
What You Get
This setup gives you basic plug power. You can run a router, lights, and maybe a TV.
It is a simple step up from power banks.
Pros and Cons
- ✓ Can power small appliances
- ✓ Affordable
- ✗ Not strong enough for big devices
- ✗ Needs manual setup
Best For
Working from home with basic needs.
Solution #3: Portable Power Station
Cost: ±R4 000–R8 000
What You Get
This is an all-in-one battery with plugs. It is easy to use and safe for electronics.
You just charge it and use it when needed.
Pros and Cons
- ✓ Plug and play
- ✓ Safe for devices
- ✓ Portable
- ✗ Limited capacity
- ✗ Higher cost for size
Best For
Renters and people who move often.
MID-RANGE (R5,000–R25,000): Everyday Comfort
Solution #4: UPS + Battery
Cost: ±R5 000–R12 000
What You Get
A UPS system keeps your devices on without switching off. It works great for computers and WiFi.
It also protects against sudden power cuts.
Pros and Cons
- ✓ No downtime
- ✓ Good for electronics
- ✗ Limited power
- ✗ Not for heavy loads
Best For
Home offices and students.
Solution #5: 1.5kVA Inverter + Battery
Cost: ±R8 000–R15 000
What You Get
This inverter setup powers key parts of your home. Lights, TV, WiFi, and a fridge can run.
It feels much closer to normal living.
Pros and Cons
- ✓ Powers essentials
- ✓ Can be upgraded
- ✗ Needs installation
- ✗ Battery replacement later
Best For
Small to medium family homes.
Solution #6: 3kVA Inverter System
Cost: ±R18 000–R25 000
What You Get
You can run most home essentials at once. This includes fridge, freezer, lights, and TV.
It handles longer outages much better.
Pros and Cons
- ✓ Strong and reliable
- ✓ Automatic switching
- ✗ More expensive
- ✗ Takes up space
Best For
Larger families or frequent outages.
PREMIUM (R25,000–R75,000): Smart Power
Solution #7: Hybrid Inverter + Lithium Battery
Cost: ±R35 000–R55 000
What You Get
This system can use solar and lithium battery power. It is smart and saves money over time.
It also lasts longer than basic systems.
Pros and Cons
- ✓ Solar ready
- ✓ Long battery life
- ✓ Smart features
- ✗ High upfront cost
Best For
Homes planning to go solar.
Solution #8: Three-Phase UPS
Cost: ±R45 000–R70 000
What You Get
This is a strong system for serious needs. It keeps power steady with no interruptions.
It is often used in businesses.
Pros and Cons
- ✓ Very reliable
- ✓ Protects equipment
- ✗ Expensive
- ✗ Complex setup
Best For
Businesses and critical systems.
Solution #9: Full Solar + Battery System
Cost: ±R65 000–R90 000
What You Get
This home solar system can power most of your home using solar energy.
You rely less on Eskom and save on bills.
Pros and Cons
- ✓ Big savings
- ✓ Long-term solution
- ✗ High cost
- ✗ Needs space and setup
Best For
Families wanting energy independence.
ULTIMATE (R75,000+): Total Power Freedom
Solution #10: Solar + Battery + Generator
Cost: ±R100 000–R150 000
What You Get
This setup keeps everything running. Even during long outages, you stay powered.
It uses solar, batteries, and a generator together.
Pros and Cons
- ✓ Full backup
- ✓ Very reliable
- ✗ Very expensive
- ✗ Needs expert setup
Best For
Large homes and businesses.
Solution #11: Off-Grid System
Cost: ±R80 000–R120 000
What You Get
This system does not rely on Eskom at all. It is fully independent.
It is common in rural areas.
Best For
Farms and remote homes.
Solution #12: Grid-Tied Solar with Battery
Cost: ±R90 000–R140 000
What You Get
You use solar during the day and batteries at night. Extra power can go back to the grid.
This helps you save money.
Best For
Homes wanting both savings and backup.
Quick Comparison
| Solution | Cost | Power Level | Best For |
| LED + Power Bank | Low | Very Low | Students |
| Small Inverter | Low | Low | Basic WFH |
| Power Station | Low | Low | Renters |
| UPS | Medium | Medium | Office |
| 1.5kVA Inverter | Medium | Medium | Families |
| 3kVA Inverter | Medium | High | Bigger homes |
| Hybrid Solar | High | High | Solar homes |
| Full Solar | High | Very High | Independence |
| Ultimate System | Very High | Maximum | Businesses |
How to Choose the Right Option
Start With Your Budget
Choose what you can afford now. You can always upgrade later.
Think About Your Needs
Decide what must stay on during load shedding.
Plan for the Future
Pick a system that can grow with you.
Is It Worth It?
Power cuts cost money and time. Food spoils, work stops, and stress builds up.
A good backup system saves money over time and makes life easier.
Power Your Life Smarter: Final Thoughts
There is no perfect solution for everyone. The best choice depends on your budget and lifestyle.
Start small if you need to, but choose wisely. Even a simple system can make a big difference.
The goal is simple: stay powered, stay connected, and stay stress-free during load shedding.






