3KW Solar Energy System Residential Photovoltaic Storage and EV Charger Integrated System
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- Supplier: Hengshui Haoye Co. Ltd.
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Product Overview
Description
Residential Photovoltaic,Storage and EV Charger Integrated System
Introduce:
Residential Photovoltaic,Storage and EV Charger Integrated System is an energy management system that integrates solar power generation, electric energy storage and charging facilities. It achieves efficient utilization and optimal allocation of energy through intelligent management methods.
Components:
Residential Photovoltaic,Storage and EV Charger Integrated System mainly consists of several parts: photovoltaic modules, inverters, batteries, distribution boxes, charging piles and other auxiliary parts.
Residential Photovoltaic,Storage and EV Charger Integrated System mainly consists of several parts: photovoltaic modules, inverters, batteries, distribution boxes, charging piles and other auxiliary parts.
Model | YC-3K | YC-5K | YC-8K | YC-10K | YC-12K | |||||
Photovoltaic module | ||||||||||
Module specification | YC410PSF54M10/2 | |||||||||
Power output | 410Wp | |||||||||
Module number | 10 | 18 | 28 | 36 | 42 | |||||
Voltage at Pmax | 30.95 | |||||||||
Current at Pmax | 13.25 | |||||||||
Open-circuit voltage | 37.28 | |||||||||
Short-circuit current | 13.94 | |||||||||
Size(W*H*D ) | 1722*1134*35mm | |||||||||
Module efficiency | 21.00% | |||||||||
Module weight | 21.5kg | |||||||||
Inverter | ||||||||||
Rated AC output power | 3000W | 5000W | 8000W | 10000W | 12000w | |||||
Max PV input power | 4500W | 7500W | 12000W | 15000W | 18000W | |||||
Rated voltage | L+N+PE,230V | 3W+N+PE,230V/400V | ||||||||
AC yoltage range | 180Vto280V | 270Vto480V | ||||||||
Rated grid frequency | 50 Hz /60 Hz | |||||||||
Rated output current | 13.1A | 21.7A | 11.6A | 14.5A | 17.4A | |||||
Max output current | 13.6A | 22.7A | 12.8A | 16.0A | 19.2A | |||||
Max on&off-grid switch time | ≤10 ms | |||||||||
Max efficiency | 97% | |||||||||
European efficiency | 97.60% | |||||||||
Battery | ||||||||||
Number of battery | 1 | 2 | 6 | 8 | 10 | |||||
Battery Type | LiFeP04 | |||||||||
Battery nominal energy | 5kWh | 10kWh | 15kWh | 20kWh | 25kWh | |||||
Rated voltage | 51.2V | 51.2V | 307.2V | 409.6V | 512V | |||||
Operating Voltage | 44.8V~57.6V | 44.8V~57.6V | 268.8V~336.96V | 358.4V~449.28V | 448V~561.6V | |||||
Rated charge/discharge current | 50A | 100A | 25A | |||||||
Max charge/discharge current | 50A | 100A | 50A | |||||||
Cycle times | 6000 times | |||||||||
Size(W*H*D ) （mm） | 600*210*820 | 600*210*980 | 600*210*1300 | 600*210*1620 | 600*210*1940 | |||||
Weight | 102.5kg | 129kg | 182kg | 235kg | 288kg | |||||
Distribution box | ||||||||||
Grid voltage | 230V | 400V | ||||||||
Number of inverter input channels | 1 | |||||||||
Number of grid-connected output channels | 1 | |||||||||
Lightning protection | √ (Nominal current:In:20kA,Imax:40kA,Up≤1.8kV) | |||||||||
Protection level | IP65 | |||||||||
Size(W*H*D) | 300*415*140mm | |||||||||
0ther | ||||||||||
Accessories | AC and DC cables,hooks,MC4 connectors,mud guide clamps | |||||||||
Toolkit | 1 set | |||||||||
Charging pile | ||||||||||
Charging power | 7kW(Standard configuration)/60kW(Optional configuration)/120kW(Optional configuration) | |||||||||
Input voltage | 230V | |||||||||
0utput current | 32A | |||||||||
Size(W*H*D ) | 290*290*60mm | |||||||||
Screen size | 9.7-inch HD display | |||||||||
Protection level | IP54 | |||||||||
Product weight | 8.44kg | |||||||||
Operating temperature | -20℃~50℃ | |||||||||
V2G | Supported(0ptional configuration) | |||||||||
Advantages:
Residential Photovoltaic,Storage and EV Charger Integrated System include energy conservation and emission reduction, reduction of electricity costs, and improvement of energy self-sufficiency. Through the extensive use of clean energy such as solar energy, we can reduce our dependence on traditional fossil energy and reduce carbon emissions. At the same time, the peak-valley electricity price difference is used to store electric energy when the electricity price is low and use it during the peak period, thus saving electricity expenses. Especially in remote areas or places with unstable power supply, a certain degree of energy self-sufficiency can be achieved to ensure the normal operation of lighting, electrical appliances and other equipment systems.
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