News

South Africa's rooftop solar capacity surpassed 8.3 GW in June 2026. This rapid growth aligns with the 9.01% municipal electricity tariff hike, making solar self-consumption a priority for household cost management. Many…

Why do so many high-capacity solar installations fail to deliver consistent power during stage six load shedding despite impressive technical data sheets? The answer usually lies in mismatched hardware or insufficient di…

A lithium battery is only as efficient as the digital handshake it shares with your inverter. You've likely invested heavily in high-grade lithium cells and a hybrid inverter, expecting peak performance from day one. How…

South Africa’s current energy landscape requires that the raw capacity of a lithium ion solar battery matters far less than how quickly it can recover between load shedding cycles. If your setup fails to reach a full cha…

Can your solar setup actually power a geyser, aircon, and oven simultaneously during a winter peak? For most South African households, a standard 5kW system fails when heavy loads kick in. This is why the 8KVA hybrid inv…

A 5kw inverter represents the most efficient entry point for South African households seeking total energy independence. Most homeowners are currently struggling with the persistent reality of load shedding and the techn…

Buying the most expensive inverter and the largest battery as separate components is often the quickest way to void your hardware warranties and cause premature cell degradation. It's a common frustration for South Afric…

Not sure which hybrid inverter to buy? This step-by-step guide shows South African homeowners how to calculate their load, understand kVA ratings, and choose the right inverter size for reliable load shedding backup.

Missing the 30 September 2026 SSEG registration deadline is no longer an option for South African property owners; failure to comply now carries the risk of significant fines and grid disconnection. You need hardware tha…