Rich Solar Complete Off-Grid Solar Kit RS-H6548 | 8000W PV Input 48V 120VAC Output + 6560(16x410) Watt Solar PV [KIT-SR0001] - SRx3-H6548x1-M410x16

Rich Solar Complete Off-Grid Solar Kit RS-H6548 | 8000W PV Input 48V 120VAC Output + 6560(16x410) Watt Solar PV [KIT-SR0001] - SRx3-H6548x1-M410x16

Includes

• 16 x MEGA 410 Watt Monocrystalline Solar Panels (RS-M410)
• 1 x 6500 Watt (6.5kW) 48 Volt Off-grid Hybrid Solar Inverter (RS-H6548)
• 3 x 5.12kWh ALPHA 5 PRO Server Lithium Iron Phosphate Battery (RS-B5121P)
• 1 x Free Battery Rack (RS-SRA5P)
• 1 x Solar PV DC Quick Disconnect Switch (RS-i4)
• 2 x 4 Foot 2/0 Gauge AWG Wire Set 3/8" (RS-2/0A4F3)
• 4 x 10 Gauge 50 Feet Solar Extension Cable (RS-50102)
• 2 x Y Branch Parallel Connectors 2 to 1 (RS-T2)
• 2 x Busbar 600 AMP

What our Experts Think

• Complete off-grid power solution – This kit combines 6,560W of high-efficiency solar panels, a 6.5kW pure sine wave hybrid inverter, and 15.36kWh of LiFePO4 battery storage, creating a turnkey energy system for cabins, homes, farms, workshops, and backup power applications.
• Designed for serious energy independence – The inverter supports up to 8,000W PV input, allowing future solar expansion while maximizing solar harvest through dual MPPT charging.
• Long-lasting lithium storage – Three server-rack LiFePO4 batteries provide substantial energy reserves with advanced battery management and a manufacturer-backed warranty, making the system well-suited for daily cycling and backup use.
• Excellent balance of power and scalability – The 48V architecture improves efficiency, reduces cable losses, and supports parallel inverter expansion for growing energy demands.
• Reliable household-grade power – Pure sine wave output helps safely run sensitive electronics, appliances, tools, pumps, communications equipment, and essential household loads.
• Built for demanding environments – Monocrystalline panels feature durable tempered glass, corrosion-resistant aluminum frames, and strong low-light performance for dependable year-round energy production.

Q&A

Q: What is included in the Rich Solar RS-H6548 Complete Off-Grid Solar Kit?
A: This complete off-grid solar power system includes 16 x 410W monocrystalline solar panels (6,560W total), a 6,500W 48V hybrid inverter, three 5.12kWh LiFePO4 lithium batteries (15.36kWh total storage), battery rack, disconnect switch, cables, connectors, and busbars.

Q: How much power can this solar kit generate?
A: The system provides up to 6,560W of solar generation and supports up to 8,000W PV input through dual MPPT charge controllers for efficient energy harvesting.

Q: Is this kit suitable for off-grid homes and cabins?
A: Yes. The RS-H6548 is designed for off-grid homes, cabins, workshops, farms, RV properties, and backup power applications requiring reliable 120V AC power.

Q: What battery capacity is included?
A: The kit includes three 51.2V 100Ah LiFePO4 batteries, delivering 15.36kWh of total energy storage for extended runtime and energy independence.

Q: Does the inverter produce pure sine wave power?
A: Yes. The 6.5kW inverter outputs pure sine wave AC power, making it safe for sensitive electronics, appliances, and household equipment.

Q: Can the system be expanded in the future?
A: Yes. The inverter supports parallel operation of up to six units, and the battery system can be expanded for greater energy storage capacity.

Q: What are the key benefits of LiFePO4 batteries?
A: The included lithium iron phosphate batteries offer up to 7,000 cycles, integrated BMS protection, low maintenance, enhanced safety, and long service life.

Q: Are the solar panels durable for harsh weather conditions?
A: Yes. The 410W Mono PERC panels feature tempered glass, anodized aluminum frames, and are engineered for long-term outdoor performance in demanding environments.

Maintenance Tips

• Clean solar panels every 2–4 months using water and a soft brush to remove dust, dirt, leaves, and bird droppings for maximum energy production.
• Inspect panel mounting hardware, wiring, connectors, and combiner connections quarterly for corrosion, loose fittings, or physical damage.
• Monitor inverter performance and fault codes regularly through the RS-H6548 interface; address warnings promptly.
• Keep inverter ventilation openings clear and maintain adequate airflow to prevent overheating.
• Check battery state of charge, voltage, and communication status monthly. Follow LiFePO4 battery storage and operating temperature guidelines to maximize lifespan.
• Tighten battery and DC power connections annually according to manufacturer specifications.
• Trim nearby trees or vegetation to prevent shading and maintain peak solar output.
• Inspect DC disconnects, breakers, and surge protection devices every 6–12 months.
• Review system performance data periodically to identify unexpected drops in production or battery capacity.
• Schedule a complete professional inspection annually for optimal safety, efficiency, and long-term reliability.