Neovolt AC coupled 9.6kwh Battery pack-Best Value for small family

This offer is online only- under the federal battery rebate with existing solar system already. It is fixed-price and no upgrade allowed, one pack for one property only. Condition: B5+1*9.6P standard package excluding meter box upgrade; battery and meter-box have to be within 10 meters. The Neovolt SPB5kW AC-coupled battery system with 1*9.6kWh battery pack is a highly efficient and modern residential energy storage solution. Combining a 5kW AC-coupled inverter with a highly durable Lithium Iron Phosphate (LiFePO4) battery module, this system is designed for households aiming to maximize their solar energy usage, reduce their reliance on the grid, and ensure dependable power during blackouts. Because it is an AC-coupled unit, it is highly versatile and can be easily retrofitted alongside an existing solar inverter or installed as part of a brand-new solar setup. Key Features High-Capacity Storage: Utilizes premium Lithium Iron Phosphate (LiFePO4) chemistry to provide 9.6kWh of usable energy for reliable daily cycling. Smart Energy Management: Features an internal Energy Management System (EMS) that optimizes the home's energy supply automatically, offering real-time app-based monitoring, online diagnostics, and PV production forecasting. Massive Scalability: Designed to grow with your energy demands, allowing you to connect up to six inverter and battery units in parallel. UPS-Level Backup: Delivers a lightning-fast transfer time of less than 10 milliseconds during a grid outage, ensuring sensitive electronics and essential appliances remain powered without interruption. Grid-Services Ready: Comes with built-in capabilities to support Virtual Power Plant (VPP) participation and Frequency Control Ancillary Services (FCAS), allowing homeowners to potentially monetize their stored energy. Advantages Exceptional Efficiency: Boasts a maximum inverter efficiency of 97.3% and a high battery efficiency of 97%, meaning less of your solar power is lost during the conversion process. Fast Return on Investment (ROI): Engineered to deliver high energy independence, the system can potentially pay for itself through energy savings in as little as 3-4 years. Rugged Durability: Equipped with advanced thermal management, a 10,000-cycle lifetime rating, and an IP65 protection rating, making it dust-tight, weather-resistant, and suitable for outdoor installations. Comprehensive Warranty Coverage: Backed by an impressive 10-year product and performance warranty for ultimate peace of mind. Datasheet Summary Specification Details Model Numbers BW-INV-SPB5K (Inverter) & BW-BAT-10.1P / BW-BAT-9.6P (Battery) Battery Chemistry Lithium Iron Phosphate (LiFePO4) Total / Usable Energy 9.6kWh / 9.6kWh 100% usable capacity Rated Output Power 5kVA (Continuous) Surge Backup Power 10kVA Transfer Time <10ms Max Efficiency 97.3% Cycle Lifetime Up to 10,000 cycles Operating Temperature Charge: 0°C to 50°C / Discharge: -10°C to 50°C Protection Rating IP65 (Indoor & Outdoor compatible) Inverter Weight / Dimensions ~18kg / 590 × 405 × 205mm Battery Weight / Dimensions ~86–90kg / 590 × 730–750 × 205mm Why it is the Best Valuable Product in the Market The Neovolt SPB5kW 9.6kWh system occupies the ultimate sweet spot between premium high-end performance and budget-friendly accessibility. It stands out in the highly competitive solar storage market by offering flagship features—such as a blistering <10ms UPS-grade backup transition, VPP integration readiness, and a massive 200% overload capacity—that are typically reserved for much more expensive, luxury-tier brands. For cost-conscious homeowners seeking energy independence, it eliminates the need to pay an inflated premium while still delivering top-tier LiFePO4 safety, modular scalability, and smart app controls. Coupled with an exceptionally fast 3-4 year ROI timeline and a rock-solid 10-year warranty, the Neovolt system represents the smartest financial investment for retrofitting existing solar setups and future-proofing your home against rising electricity costs.