The core components of the hybrid solar system have been precisely matched through multi-condition compatibility testing: the monocrystalline silicon solar panels adopt a dual-effect technology of anti-reflective coating and PERC, with a conversion efficiency of ≥24.0%, sensitive response to weak light, and efficient energy collection even on rainy days and during dawn and dusk; the multi-mode hybrid inverter is equipped with an intelligent power distribution module, integrating MPPT maximum power tracking, pure sine wave inversion, automatic off-grid/grid-connected switching, and full protection monitoring functions, enabling precise energy scheduling at the photovoltaic, energy storage, and grid ends, and adapting to various AC and DC loads; the intelligent energy storage unit uses lithium iron phosphate safe cells, with a cycle life of ≥6000 cycles, supporting depth adjustment of charging and discharging, and paired with a battery management system (BMS) to ensure energy storage safety; the precision power distribution and control equipment includes core components such as a hybrid distribution box and a bidirectional metering ammeter, supporting precise metering and safe power distribution in grid-connected/off-grid modes, enabling multi-mode intelligent operation of "self-generation and self-consumption + surplus power on the grid + off-grid backup power"; the entire set of cables uses aging-resistant, high insulation grade materials, paired with waterproof and dustproof sealed connection terminals, ensuring long-term stable operation of the system under complex conditions.
Electrical performance parameters(Taking a household 50KW as an example)
|
Equipment Type |
Specification Parameters |
Quantity |
|
Monocrystalline Silicon Solar Panel |
Peak Power: 550W-720W/piece; Conversion Efficiency ≥23.5%; Protection Class: IP68; Operating Temperature: -40℃~+85℃ |
69-91 pieces (Total Power ≈50kW) |
|
Multi-mode Hybrid Grid Inverter |
Rated Power: 50kW/unit; Conversion Efficiency ≥98.8%; Input Voltage: 300V-1000V; Output Voltage: 380V; Supports Automatic Grid-connected/Off-grid Switching (Switching Time ≤10ms); Protection Class: IP67 |
1 unit |
|
Intelligent Energy Storage Unit |
Battery Type: Lithium Iron Phosphate; Total Energy Storage Capacity: Customizable; Charge-Discharge Efficiency ≥90%; Cycle Life ≥6000 Cycles (80% DOD); Protection Class: IP67 |
1 set (Modular Combination) |
|
Power Distribution and Regulation Equipment |
Rated Voltage: 380V; Rated Current: 100A; Metering Accuracy: Class 0.2S (Bidirectional Metering); Protection Class: IP54 |
1 set |
|
Bracket System |
Material: Hot-dip Galvanized Steel/Aluminum Alloy; Wind Load Resistance ≥2.5kPa; Snow Load Resistance ≥1.5kPa; Service Life ≥25 Years |
Matching the Number of Panels |
Scope of application
It is suitable for old urban residential areas (where the power grid is unstable), as well as rooftops and courtyards of rural residences. It meets basic electricity needs such as daily lighting and home appliance operation. In case of grid interruption, it automatically switches to energy storage for power supply, ensuring continuous electricity usage. Excess electricity can be fed back into the grid to generate revenue from electricity sales, thereby reducing household electricity costs;
Power supply for critical industrial and commercial loads:
Applicable to scenarios with high requirements for power supply continuity, such as key equipment in factory workshops, cold chain systems in warehouses, and core office facilities in office buildings. During normal grid conditions, photovoltaic energy is used for energy-saving power supply, while during grid anomalies, energy storage is used for rapid power replenishment, avoiding production losses caused by power outages and helping enterprises achieve the dual goals of energy conservation, carbon reduction, and safe production;
For public facilities with weak or unstable power grid coverage, such as mountain schools, rural clinics, field monitoring stations, and border posts, the photovoltaic + energy storage hybrid grid mode is utilized to ensure continuous power supply for critical loads such as basic lighting, medical equipment, and monitoring instruments. This reduces the operating costs of public institutions and demonstrates the concept of environmental protection and people's livelihood security;
It can serve as the core component system of distributed photovoltaic energy storage power stations, and is widely applied in new energy projects such as agriculture-photovoltaic complementarity, fishery-photovoltaic complementarity, and forestry-photovoltaic complementarity. It achieves the coordinated operation of "photovoltaic power generation + energy storage peak regulation + grid integration and consumption", facilitating energy structure transformation and grid stability;
Provide hybrid grid power supply solutions for outdoor supporting facilities such as mountainous area guesthouses, rural cooperatives, small-scale farms, and outdoor construction camps. This solution caters to both daily production and living electricity needs as well as backup power requirements during power outages. It is suitable for scenarios without stable grid coverage or frequent grid interruptions, enhancing the reliability of production and living electricity.
Product application of Hybrid Solar System
Feature of Hybrid Solar System
1. Multi-energy Complementary and Adaptive Hybrid Network Operating Conditions: Equipped with high-efficiency monocrystalline silicon solar panels and high-performance hybrid network inverters, it can flexibly integrate both photovoltaic and grid energy sources, meeting both grid-connected energy saving and off-grid backup power needs. With strong low-light adaptability, it maximizes the use of lighting resources in different regions, and its comprehensive energy utilization efficiency is 10%-15% higher than that of traditional single grid-connected systems;
2. Fully Integrated Smart Deployment: The entire set of components is pre-configured and integrated according to the requirements of hybrid network operation, including customized installation brackets, waterproof cables, fasteners, and supporting accessories for energy storage units. Detailed installation guides and video tutorials are provided, enabling non-professionals to complete basic installation. The deployment cycle is shortened by 40% compared to the traditional "grid-connected + off-grid" split system;
3. The third mock examination intelligent control: The hybrid grid inverter is equipped with built-in dual protection modules against islanding and overload, forming a triple safety protection mechanism with the energy storage BMS and power distribution monitoring system. It can precisely achieve protection against overvoltage, overcurrent, overtemperature, short circuit, electric leakage, and grid anomalies/energy storage faults. It supports remote real-time monitoring of power generation, energy storage, and load operation status through a mobile APP, allows for one-click switching between grid-connected, off-grid, and hybrid power supply modes, and allows for customization of power consumption priority;
4. Weather resistance in extreme environments: The solar panels are made of anti-wind and sand reinforced aluminum alloy frames and anti-hail ultra-white tempered glass. The hybrid grid inverter, energy storage unit, and power distribution equipment have a protection level of IP67, featuring waterproof, dustproof, corrosion-resistant, and high and low temperature impact resistance. They can withstand complex installation environments such as rooftops, ground, and remote outdoor areas. The fully sealed and maintenance-free design significantly reduces daily operation and maintenance costs;
5. Flexible expansion across all scenarios: Based on the power consumption, lighting conditions, energy storage needs, and grid connection policies of different scenarios, customized combinations of solar panel power, inverter capacity, and energy storage module specifications can be made to accommodate diverse needs ranging from small household electricity consumption to medium-sized industrial and commercial production equipment power supply. It supports parallel expansion of multiple units, and the energy storage unit can be individually upgraded and added.
Production
FAQ
Q: What is the lead time?
A: Within 20 days after deposit.
Q: What's the payment terms?
A: T/T 30% deposit, balanced before shipment.
Q: How's your capacity in your workshop?
A: We operate multiple production lines, featuring high production efficiency, fast delivery speed, guaranteed quality, and customizable services available.
Packing & Shipping
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