Rich Solar 1250W 48VDC 120VAC Complete Off-Grid Hybrid Solar Kit

Power Your Space with the Rich Solar 1250W 48VDC 120VAC Off-Grid Hybrid Solar Kit

Looking for a complete, industrial-grade power solution for your garage, cabin, or backup storage facility? The Rich Solar 1250W 48VDC 120VAC Solar Kit provides reliable, grid-independent energy. This premium, pre-configured package matches high-efficiency solar harvesting with massive power inverted capacity and safe, long-lasting server rack lithium storage.

Whether running high-draw workshop equipment, charging power tools, or maintaining an off-grid cabin ecosystem, this hybrid setup delivers clean, continuous 120V AC electricity seamlessly.

Complete System Layout & Components

• 1 x NOVA 6500S Hybrid Inverter (6500W / 48V Off-Grid): Heavy-duty pure sine wave output with a huge 13,000VA surge capacity.
• 5 x MEGA 250W Monocrystalline Solar Panels: 1,250 Watts total of high-performance, low-light optimized solar arrays.
• 1 x ALPHA 5 PRO 5.12kWh Server Rack Lithium Battery: 51.2V 100Ah LiFePO4 premium cells rated for over 7,000 deep cycles.
• Heavy Duty Cable & Mounting Pack: Includes 10AWG 30ft & 10ft extension cables, 8x Z-brackets, and a quick-disconnect safety PV DC switch.

Core Component Breakdown & Specifications

1. NOVA 6500S 6500W Off-Grid Hybrid Inverter

The brain of your off-grid system. The NOVA 6500S provides stable, household-grade 120VAC electricity to protect sensitive electronics and handle high-draw inductive motors or compressor startups.

• Rated Capacity: 6500VA / 6500W continuous output
• Surge Capacity: 13,000VA capability
• Built-In MPPT Controller: Dual PV inputs supporting up to 8,000W of total solar array inputs (4000W x 2). Operating voltage range: 90 - 230 VDC.
• Smart Customization: Fully programmable AC/PV priority timers, adjustable charging currents, and built-in Wi-Fi monitoring for iOS and Android.
• Scalability: Parallel up to 6 units for massive future expansion.

2. ALPHA 5 PRO 51.2V 100Ah LiFePO4 Battery

Engineered for safety and unmatched longevity, this server-rack form factor storage brings elite-grade energy infrastructure to your home or shop setup.

• Total Energy Capacity: 5,120 Watt Hours (5.12kWh)
• Industry Certifications: UL1973, UL9540A, and FCC certified.
• Advanced Built-In BMS: Complete integrated protection against overcharging, deep discharging, short circuits, and thermal shifts.
• Life Expectancy: 7,000 deep cycles at standard discharge, translating to an easy 10+ year lifespan.
• Parallel Capacity: Expand up to 15 batteries in parallel for an immense off-grid energy bank.

3. MEGA 250W Monocrystalline Solar Panels

Built with a 16-busbar solar cell configuration to ensure minimal energy resistance and maximize everyday solar generation.

• Total Array Output: 1250 Watts
• Low-Light Performance: Anti-reflective (AR) coated tempered glass catches exceptional energy on cloudy days, mornings, and evenings.
• Structural Integrity: Anodized lightweight aluminum frame certified to handle punishing outdoor wind and snow loads.
• Warranty Protection: Includes a 25-year power output warranty and a 10-year workmanship warranty.

System Component Comparisons

Review how the main core components within this master kit perform across technical lines:

Frequently Asked User Search Inquiries

Can I run heavy power tools or workshop machinery on this kit?
Yes. With 6,500W of continuous pure sine wave power and a 13,000VA surge overhead, this kit effortlessly manages heavy inductive loads like table saws, air compressors, drill presses, and shop vacuums that stumble on smaller solar generator stations.

Is this solar kit expandable if my garage power needs grow?
Absolutely. This master system is highly scalable. The internal MPPT charge controller of the inverter handles up to 8,000W of total solar input panels, and you can connect up to 15 ALPHA 5 PRO batteries alongside up to 6 separate NOVA 6500S inverters to change with your energy requirements.

What are the benefits of a 48V system over traditional 12V or 24V setups?
A 48VDC system configuration reduces overall current (amperage) passing through the wires compared to lower voltage options. Lower current allows for less heat production, lighter cabling requirements, vastly reduced energy transmission loss, and vastly safer operation under sustained high-wattage conditions.