Solar Home Systems & Off-Grid Kits
Complete off-grid power kits with solar panel, battery, controller and inverter, supplied to distributors, NGOs, contractors and rural electrification projects.
19 products
Product models
Five ways to buy the same kilowatt-hour
The pages in this category are not one product line: they are kits, hybrid inverters, bare batteries, inverters and portable units. Decide which of the five shapes matches the site before comparing prices.
| What you are buying | Range on this page | Models | When it fits |
|---|---|---|---|
| Solar home system kits | 300 W – 3 kW | Kit pages (SHS-300W, 500W, 2kW, 3kW) | Panel, battery, inverter and wiring supplied as one set for a single dwelling. |
| Inverter with energy storage | 5 – 12 kW | APOLLO A / B / C, ARES | Hybrid inverter plus LiFePO4 rack; choose by daily kWh and backup hours. |
| LiFePO4 battery only | 2.5 – 34 kWh | ATHENA A / B / C, rack mounted, 12.8 V and 25.6 V | Storage added to an existing inverter; 51.2 V rack or low-voltage pack. |
| Inverter only | — | MPPT solar inverter, off-grid inverter (INV-G1645 / INV-G1618) | Where batteries and panels already exist on site. |
| Portable power station | 500 VA / 500 W | TALOS series | Plug-and-play unit for small loads, no installation. |
Rated power, capacity and voltage for each model are on its product page; nothing here is a configured quotation.
Solar Home Systems & Off-Grid Power Kits
System Types
- Solar home system kits — 300W / 500W / 1kW / 2kW / 3kW
- Monocrystalline solar panels
- LiFePO4 and gel batteries
- Hybrid and off-grid inverters
- MPPT and PWM charge controllers
- Complete off-grid packages with mounting structures
Key Features
Applications
Off-grid homes and rural communities
Rural electrification programmes
Telecom and security sites
How to Size a System
- List the appliances and their daily operating hours
- Calculate total daily energy consumption in kWh
- Decide the required autonomy days for cloudy periods
- Select panel wattage based on local solar radiation
- Select battery capacity and inverter rating accordingly
Send us your load list and location — we will propose a suitable system.
Four numbers that fix the configuration
Four numbers decide the configuration, and they should be settled before a model is chosen.
Daily consumption
From the appliance list and the hours each one runs.
Peak load
The sum of what may run at the same time — this sets the inverter rating.
Autonomy
How many days the battery must carry the load without sun.
Battery location
Indoor cabinet, rack room, or a portable unit that moves between sites.
Which group fits which requirement
Each family below answers a different installation problem.
APOLLO series
Inverter and LiFePO4 storage in one enclosure, 51.2 V architecture, for a household or small facility that needs a single wall or floor unit.
ARES series
All-in-one system combining inverter, storage and PV input, where the client wants one item to specify and install.
TALOS series
Portable power station for site offices, field teams and backup where wiring is not practical.
ATHENA series and rack batteries
Storage only, for projects that already have an inverter and need capacity — from a single cabinet up to a multi-module rack.
Supply notes
All storage in this group is LiFePO4 at 51.2 V or 25.6 V, with CAN or RS485 communication so the battery can talk to the inverter. Where a project mixes an existing inverter with our battery, the protocol and voltage must be confirmed before quotation. We supply from our partner factories and provide the datasheet and declaration documents that go with the shipment.
Solar home system comparison
The table below lists every system in this range with the model codes, output and storage printed on its own datasheet. Use it to narrow the range before requesting a quotation.
| Family | Model codes | Output / storage | Voltage |
|---|---|---|---|
| SHS kits | 300 W / 500 W / 1 kW / 2 kW / 3 kW kit | LiFePO4 or gel battery option; MPPT or PWM controller; hybrid or off-grid inverter | — |
| APOLLO A | SCAP-A-51.2-100 / 200 / 300 / 400 / 500 / 600 | 6 kW or 12 kW; 100–600 Ah storage | 230 VAC |
| APOLLO B | SCAP-B-51.2-100 / 200 / 300 / 400 | 6 kW; 100–400 Ah storage | 230 VAC |
| APOLLO C | SCAP-C-51.2-300 (6 kW) / SCAP-C-51.2-600 (12 kW) | 6 kW or 12 kW; 300 or 600 Ah storage | 230 VAC |
| APOLLO C US | SCAP-51.2-300 (10 kW + 15 kWh) / SCAP-51.2-600 (10 kW + 30 kWh) | 10 kW; 15 or 30 kWh storage | — |
| ARES | SCAS-5.5KW-5KWH · SCAS-5KW-7.5KWH/8.5KWH · SCAS-5.5KW-10KWH · SCAS-11KW-15KWH | 5 / 5 / 6 / 12 kW; 5 / 7.5–8.5 / 10 / 15 kWh | 230 VAC |
| TALOS | SCTL-500W-1000Wh · SCTL-500W-1920Wh · SCTL-1200W-2000Wh | 500 / 500 / 1200 W; 1005 / 1920 / 2010 Wh | 230 VAC |
| ATHENA A | SCAE-A-51.2-100 · SCAE-A-51.2-200 (BMS 100A / 200A) · 25.6 V models | 5120 / 10240 Wh at 51.2 V; 2560 / 5120 Wh at 25.6 V | 51.2 V / 25.6 V |
| ATHENA B | SCAE-B-51.2-300 / SCAE-B-51.2-335 | 15360 / 17152 Wh (300 / 335 Ah) | 51.2 V |
| ATHENA C | SCAE-C-51.2-600 / SCAE-C-51.2-670 | 30720 / 34304 Wh (600 / 670 Ah) | 51.2 V |
| Rack battery, high voltage | SCRA-R-51.2-100 / 200 / 314 | 5 / 10 / 16.07 kWh per module | 51.2 V module |
| Rack battery, low voltage | SCRA-R-25.6-100H / 100S / 200 · SCRA-R-51.2-100 | 2560 / 2560 / 5120 / 5120 Wh | 25.6 V / 51.2 V |
| LiFePO4 battery | 12.8 V and 25.6 V models | 2560 / 3840 / 2560 / 5120 Wh | 12.8 V / 25.6 V |
| MPPT solar inverter | PV5000-24 S3.6 · PV9000-24 S5.0 · PV9000-48 S6.0 · PV15000-48 S12 | Inverter only, no storage | — |
| Off-grid solar inverter | INV-G1645 / INV-G1618 | Inverter only, no storage | — |
Systems with storage in this table use LiFePO4 cells. Where a project pairs our battery with an existing inverter, the nominal voltage and communication protocol have to be confirmed before the quotation, because a 25.6 V pack cannot be substituted for a 51.2 V pack.
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Technical guides
Read before you specify
Practical notes on the decisions that decide whether a solar home systems package works on site, written for the people who sign the BOQ.