A complete off-grid solar package for hotels, farms, schools, workshops, clinics and commercial facilities, combining 50kW inverter capacity, 48kWp of solar panels, 160 kWh of battery storage, 380 VAC output to keep priority loads running when grid power is unavailable or unreliable.
This configured system includes 6 component lines built around 85 total units of linked core products.
Review the full configured bill of materials below. Each component links to its own detailed product page for specification review and procurement follow-up.
This product is linked to 5 application scenarios so buyers can move from use case to matching products without losing context.
Design solar and battery backup around the equipment that protects revenue, stock, customer service and security. We size from your actual business hours, bills, outage pattern and equipment—not from a generic “small business” package.
Plan solar and battery power for the loads that keep a remote site operating: pumps, refrigeration, communications, lighting, security and guest or staff services. We separate farm production loads from lodge loads before selecting equipment.
Design solar and battery storage around your room count, local grid, generator use and day-to-night load profile. Keep priority guest services available through outages while reducing generator hours and night-time noise.
Design solar and battery backup around the work that cannot stop: computers, networks, payment systems, communications, security and selected cooling. Use real operating hours and equipment demand to protect productivity through outages.
Plan a sellable product mix around the homes, shops, farms, hospitality sites and commercial projects in your market—not a container of disconnected components. We help match inverters, batteries, panels and balance-of-system products for quotation and stocking.
50kW Solar System for Off Grid combines solar generation, battery storage and the main system components in one coordinated package. It can keep essential equipment available through outages and reduce routine dependence on diesel generators.
A commercial site can separate priority circuits from optional heavy loads, keeping essential operations running while reducing generator dependence.
Lighting, computers, networking, payment and security systems; Commercial refrigeration, water supply and selected cooling circuits
Choose the system around the equipment you want to keep running at the same time during an outage.
Pumps, workshop equipment and larger three-phase loads after starting and phase-balance checks
These loads can be included after we check their running power, starting power and normal operating schedule.
Electric boilers and heaters, large chillers, welders or heavy production machinery
If you want to run these loads together, tell us before quotation so the inverter, battery and solar array can be sized for them.
Send us the appliance and motor nameplates with your load list. We will check how much equipment can run together and allow for motor or compressor starting power.
Consider a 25-room mid-range hotel using about 8,000kWh per month. During an outage, its priority circuit could include reception, WiFi, CCTV and corridor lighting, refrigeration, water pumping, room lights and fans, plus ten occupied-room air conditioners, averaging about 12kW while those loads are in use. For this example, we allow 20% for battery reserve and typical system losses, leaving 80% of the 160 kWh nameplate energy available for comparison: 160 kWh × 80% = 128kWh; 128kWh ÷ 12kW ≈ 10.7 hours. Your actual backup time will depend on the equipment running, battery settings, temperature and installation conditions. Send us your electricity bill or load list and we will calculate the system around your property.
Why we also ask for your load list: Your monthly kWh shows overall energy use, while backup time depends on which appliances you want to keep running together.
Send the site voltage and phase, appliance or equipment list, daily operating hours, motor starting information and required backup time. We will confirm whether this package fits or recommend a more suitable configuration.
Trade Terms
Final lead time, shipping route, and freight cost are confirmed according to order quantity and destination.
Read Shipping Policy| Max Power | 600 W |
| Quantity | 80 pcs |
| Solar Cell | Monocrystalline |
| Vmp | 43.18 V |
| Voc | 51.41 V |
| Imp | 15.3 A |
| Product Dimension | 2279*1134*30 mm |
| Warranty | 25 Years |
| Rated Power | 50 kW |
| Max PV Input | 100 kW |
| Output Waveform | Pure Sine Wave |
| Output Voltage | 380 VAC |
| MPPT Voltage Range | 310V-800V VDC |
| Charging Efficiency | 99 % |
| Product Size | 929*585*320 mm |
| Certification | CE ROSH IEC |
| Brand | Growatt |
| Battery Type | LiFePO4 |
| Rated Voltage | 512 V |
| Capacity | 314 Ah |
| Energy | 160 kWh |
| Cycle Life | ≥6000 cycles |
| Size | 500*470*180 mm |
| Type | Slope Rooftop or Flat rooftop set |
| Size | 6mm2 set |
| Model | PC10-360 V |
Download files will appear here once they are added.
It can be configured for lighting, computers, networking, payment and security systems; commercial refrigeration, water supply and selected cooling circuits; pumps, workshop equipment and larger three-phase loads after starting and phase-balance checks. Final appliance quantity depends on simultaneous load and motor starting requirements.
For example, a 25-room mid-range hotel using about 8,000kWh per month, with reception, WiFi, CCTV and corridor lighting, refrigeration, water pumping, room lights and fans, plus ten occupied-room air conditioners, could average about 12kW on its priority circuit during an outage. After allowing 20% for reserve and typical system losses, the 160 kWh nameplate battery provides about 128kWh for this preliminary comparison—approximately 10.7 hours at the example load. Actual backup time depends on the connected equipment, battery settings and site conditions. Send us your electricity bill or load list for a system recommendation based on your property.
Please provide the site voltage and phase, load list, running hours, pump or compressor starting data, target backup time and available panel installation area.
Inverters, batteries, panels, controllers, and accessories are reviewed as one solar system for better compatibility.
We can provide production updates, photos, videos, and the agreed documents while your order is being prepared.
Installation guidance, system diagrams, warranty confirmation, and replacement-part communication are part of the support process.
RoHS documentation reference for solar power system components and order review.
CE certification reference for solar power system export and project documentation.
Certification material supporting inverter, battery, and solar system model and document review.
Additional solar system compliance reference for distributor and EPC documentation packs.
See how a Nigeria solar project grew from two 50kW university clinic systems to a 1MW order and an additional 700kW supply phase.
A 50kW split-phase solar and battery system prepared for a hotel in Jamaica facing high generator costs and frequent outages.
A 12kW split-phase solar and battery configuration prepared as a residential backup reference for Sint Maarten.
A 10kW 48V split-phase solar and battery system supplied for a home in Jamaica with frequent outages and high grid electricity costs.
