Advantages & Features
Streamlined Inventory & Logistics: Consolidate your supply chain. Instead of sourcing panels, batteries, and inverters from different manufacturers, the BPIS-1000 is a single SKU. This reduces warehouse footprint and simplifies procurement.
Massive Scalability (Up to 4.8kW): The system is designed for modular growth. Up to 8 individual BPIS-1000 units can be connected in parallel. This allows installers to deliver up to 4800W of grid-connected power, adapting easily to the energy demands of larger clients.
Zero-Configuration Installation: Time is money for project installers. The system features a built-in U-shaped bracket with telescopic rods, allowing for rapid angle adjustments to ensure 100% sunlight exposure. It supports true plug-and-play functionality straight into a standard home socket.
Bankable ROI & Warranty: We stand behind our engineering. The product comes with a standard 5-year warranty covering design and material defects. Furthermore, the premium monocrystalline panels guarantee ≥90% generating efficiency after 15 years, and the LiFePO4 battery boasts an industry-leading 6000+ lifecycles.
Product Diagram
1 Support;
2 Solar panel;
3 LiFePO4 battery;
4 MPPT module;
5 Micro inverter;
6 Power indicator light
7 Grid-connected AC output port;
8 Micro-reverse parallel input port;
9 Screw hole;
10 Power switch;
11 Communication antenna;
12 PV+ input;
13 PV- input.
Engineered for Extreme Environments & Safety
Automated Thermal Management: To ensure optimal performance in freezing conditions, the system automatically activates a battery heating system when internal temperatures drop below 5°C, and shuts off once heated to 15°C.
Over-Temperature Protection: In extreme heat, the system protects itself by automatically triggering over-temperature safeguards if the internal battery exceeds 55°C during charging or 60°C during discharging.
All-Weather Durability: The main system boasts an IP65 waterproof rating, while the micro-inverter is rated IP67, ensuring safe outdoor operation in rain and severe weather.
Smart Operational Modes
Equipped with Bluetooth 5.2 and Wi-Fi (2.4G) connectivity, the companion APP allows end-users to remotely monitor real-time generation, historical data, and effortlessly switch between four intelligent working modes:
Power Storage Priority Mode: The solar panel preferentially charges the built-in battery. Once full, surplus power is fed to the micro-inverter and grid.
Power Use Priority Mode: Solar power is routed directly to the micro-inverter and grid first to offset immediate electricity consumption.
PV Direct-Output Mode: Bypasses the battery entirely, feeding 100% of the generated electricity straight to the grid.
Power Storage & Power Use Mode: Dynamically balances charging the battery and feeding the grid based on the solar input threshold.
App Management
Aplicações
Residential Balconies & Courtyards: Perfect for homeowners seeking a quick, space-saving way to offset daily grid electricity costs.
Commercial Roofs & Schools: Deploy multiple paralleled units to build a localized micro-grid for commercial buildings.
Disaster Relief & Off-Grid Preparedness: A reliable backup system that seamlessly stores daytime solar energy for critical nighttime usage.
Parallel Connection Diagram
Installation Step
