Rich Solar 160 Watt Flexible Solar Kit with 20A MPPT Controller BACKORDER - RS-K1602

• Maximum Power (Pmax): 160W
• Maximum Power Voltage (Vmp): 18.9V
• Maximum Power Current (Imp): 8.40A
• Open Circuit Voltage (Voc): 23.4V
• Short Circuit Current (Isc): 9.60A
• Maximum System Voltage (Vmax): 1000VDC
• Weight: 7.1 lb
• Dimensions: 67.3 × 26.0 in

What our Experts Think

• Strong mid-size off-grid solution – The Rich Solar 4000W kit delivers a solid balance of power and affordability, making it ideal for small homes, cabins, RV setups, and essential backup power systems.
• Reliable 4kW pure sine wave output – With 120V AC output at 4000W capacity, it can comfortably run everyday essentials like refrigerators, lights, fans, routers, TVs, and small power tools.
• Efficient 48V system design – The 48VDC architecture improves energy efficiency, reduces current load on cables, and supports more stable performance compared to lower-voltage systems.
• Good entry point for solar independence – Designed for users transitioning away from grid dependence or reducing generator use, this kit provides a practical foundation for off-grid living.
• Compatible with expandable setups – The system can be scaled over time with additional solar panels and battery storage as energy needs grow.
• Simplified installation approach – Pre-matched components help reduce compatibility issues, making it easier for installers or DIY users to deploy a working system faster.
• Balanced performance for daily use – Well-suited for moderate household loads and intermittent heavy use, rather than whole-home high-demand applications.
• Dependable backup power option – Works effectively as an emergency power system during outages, ensuring critical devices stay operational.

Q&A

Q: What is included in the Rich Solar RS-CBK4000 4000W Off-Grid Solar Kit?
A: The kit includes a 6,500W 48V hybrid inverter, 10 x 410W MEGA solar panels (4,100W total), 4 x 5.12kWh LiFePO4 batteries (20.48kWh storage), busbars, battery cables, extension cables, DC disconnect, and full installation accessories.

Q: What power output does the RS-CBK4000 system provide?
A: It delivers up to 4,000W continuous AC output at 120V from a 48V off-grid system, suitable for cabins, RVs, small homes, and backup power.

Q: How much solar generation does the system have?
A: The included solar array provides approximately 4,100W of PV capacity using high-efficiency 410W monocrystalline panels.

Q: What battery storage capacity is included?
A: The system includes four 51.2V 100Ah LiFePO4 batteries, delivering a total of about 20.48kWh of usable energy storage for nighttime and backup use.

Q: What type of inverter is used in this kit?
A: It uses a 48V pure sine wave hybrid inverter with MPPT solar charging, designed for off-grid and hybrid (solar + generator/grid) operation with stable AC output.

Q: Can this system be expanded in the future?
A: Yes. The inverter supports parallel operation and the battery bank can be expanded for higher capacity, making it scalable for larger energy needs.

Q: What can this solar kit power?
A: It can run essential home loads such as lights, refrigerators, fans, TVs, small appliances, pumps, and electronics—ideal for off-grid living or emergency backup.

Maintenance Tips

• Clean solar panels every 1–3 months using clean water and a soft brush or microfiber cloth to remove dust, bird droppings, and debris for maximum efficiency.
• Inspect mounting structure, wiring, MC4 connectors, and DC isolators quarterly to ensure tight, corrosion-free, and safe electrical connections.
• Monitor inverter status regularly for fault codes, overheating warnings, and performance drops; address issues immediately to avoid system downtime.
• Keep inverter ventilation areas clean and unobstructed to maintain proper cooling and prevent thermal shutdown.
• Check battery (if included in configuration) monthly for state of charge, voltage stability, and terminal tightness to ensure long lifespan.
• Avoid deep discharging batteries and follow recommended charge/discharge ranges for LiFePO4 or lead-acid storage systems.
• Trim nearby trees or remove shading sources to maintain consistent solar generation throughout the day.
• Inspect breakers, surge protection devices, and grounding system every 6–12 months for safety and compliance.