What to Buy — and How Not to Get Cheated
Buy on verification, not on brand loyalty. For panels that means a serial checked against the manufacturer’s own portal and a barcode visible inside the glass. For inverters it means asking who actually builds the unit and where the service centre is. For batteries it means cycles, not years. These guides give you the check, brand by brand.
10 guides in this pillar · clusters C5, M25 · How we verify ↗
Every guide in buying
Grouped by the question it answers.
Which battery, and how long will it last?
Lithium against tubular on Rs-per-cycle, brand tables, BMS, and the grey-market warning.
- Sunsynk High Voltage Battery Charging and Recovery Guide
Understand Sunsynk high-voltage battery charging, including black-start recovery, BMS communication, and SANS 10142-1 safety for deep discharge situations.
Updated 15 Sept 2026
More buying guides
Everything else in this pillar.
- 12kW Hybrid Inverter South Africa Buying Guide: 3-Phase vs Single-Phase Sizing
Buying a 12kW hybrid inverter in South Africa: three-phase vs single-phase, 45A passthrough, 12000W output, 240A battery current, and NRS 097 compliance.
Updated 19 Sept 2026 - 16kW Hybrid Inverter South Africa Buying Guide: Single-Phase Whole-Home Power
Buying a 16kW hybrid inverter in South Africa: massive 100A passthrough, 16000W single-phase output, 290A battery current, whole-home load shedding protection.
Updated 19 Sept 2026 - 5kW Hybrid Inverter South Africa Buying Guide: Sizing, Specs, and NRS 097
Buying a 5kW hybrid inverter in South Africa: 35A passthrough, 5000W output, 120A battery current, load-shedding circuits, and NRS 097-2-1 compliance.
Updated 19 Sept 2026 - 8kW Hybrid Inverter South Africa Buying Guide: Sizing, Specs, and NRS 097
Buying an 8kW hybrid inverter in South Africa: 50A passthrough, 8000W output, 190A battery current, load-shedding circuits, and NRS 097-2-1 compliance.
Updated 19 Sept 2026 - NRS 097-2-1 Approved Inverters for South African Solar Installations
Understand NRS 097-2-1 inverter approval for grid-tied solar in South Africa, focusing on the City of Cape Town's list and certificate expiry.
Updated 17 Sept 2026 - Sunsynk All-in-One vs Hybrid Inverter and Battery Comparison
Compare Sunsynk Lifelynk all-in-one inverters with Ecco hybrid models, focusing on battery, IP rating, MPPTs, and earthing for South African installations.
Updated 17 Sept 2026 - Sunsynk Inverter Range Compared: Choosing a Single-Phase Model
Compare Sunsynk single-phase inverter models by AC passthrough, output, MPPTs, IP rating, and NRS 097-2-1 compliance for your South African home.
Updated 17 Sept 2026 - Sunsynk vs Deye Hybrid Inverters: South Africa Platform Comparison
Sunsynk vs Deye hybrid inverters compared for South Africa: shared Ningbo Deye hardware, 48V LV battery, auxiliary port AC coupling, and local support.
Updated 19 Sept 2026 - Using Third-Party Batteries with Sunsynk Inverters in South Africa
Understand the challenges and potential solutions when connecting third-party batteries to Sunsynk inverters, including inaccurate load readings.
Updated 17 Sept 2026
Start here
New to this? Read these three, in order.
- 12kW Hybrid Inverter South Africa Buying Guide: 3-Phase vs Single-Phase Sizing
Buying a 12kW hybrid inverter in South Africa: three-phase vs single-phase, 45A passthrough, 12000W output, 240A battery current, and NRS 097 compliance.
- 16kW Hybrid Inverter South Africa Buying Guide: Single-Phase Whole-Home Power
Buying a 16kW hybrid inverter in South Africa: massive 100A passthrough, 16000W single-phase output, 290A battery current, whole-home load shedding protection.
- 5kW Hybrid Inverter South Africa Buying Guide: Sizing, Specs, and NRS 097
Buying a 5kW hybrid inverter in South Africa: 35A passthrough, 5000W output, 120A battery current, load-shedding circuits, and NRS 097-2-1 compliance.