PV BESS charging station system Combining the photovoltaic garage system, battery energy storage system (BESS) and electric vehicle charging equipment, the monitoring system is integrated in one. Make full use of public space, environmental protection power generation. The photovoltaic power generation system first provides power for loads such as charging piles, and stores the excess electric energy in the commercial solar power storage batteries to supplement when the solar energy system is insufficient. Through the coordination of solar energy and EV charger with battery storage systems, we can minimize the amount of electricity generated from the grid and reduce electricity bills. As a leading solar energy storage system factory, we ensure high-quality components and efficient integration.
The solar carport is a dual purpose structure that can shelter vehicles while using the sun to produce clean, renewable energy. This free electricity can be used on site and (or) used to charge the EV fleet. Solar carport can increase land value and create revenue opportunities for field operators through electric vehicle charging points, brands and advertising.
OCPP integration.
Dynamic intelligent DC power sharing technology
Remote diagnostics, repair and updates
Easily connect to Charging points Management System
Support Ethernet, QR scanning to enter APP for charging transaction. Support extended GPRS communication.
Multiple charging modes are optional according to time, quantity, amount, Autofill and so on.
A 7-inch display screen can display the charging status in real time.
There are three charging state indication including power supply, charging, fault.
215 KWh outdoor integrated energy storage cabinet, combined with photovoltaic power generation system to realize self-use and saving.
The system is equipped with battery, PCS, EMS, and a one-stop solution for easy installation and maintenance.
Support multi-machine parallel, can be freely expanded, to meet a variety of use scenarios.
| Solar Carport | |||
| Component model | RAM-530W-182/114 | RAM--540W-182/114 | RAM--550W-182/114 |
| Maximum power Pmax(Wp) | 530 | 540 | 550 |
| Open circuit voltage Voc(V) | 49.32 | 49.69 | 50.1 |
| Short circuit current Isc(A) | 13.7 | 13.86 | 13.95 |
| Optimum operating voltage Vmpp(V) | 41.41 | 41.72 | 42.1 |
| Most working electronics Jmpp(A) | 12.81 | 12.95 | 13.07 |
| Component conversion efficiency | 20.49 | 20.88 | 21.26 |
| Quantity | Optional | ||
| Battery storage system | |||
| Model | 50kW/100kWh | 100kw/215kWh | 250kW/500kwh |
| Battery parameter | |||
| Battery rated energy storage capacity | 107.52KWh | 215.04KWh | 516.096KWh |
| System rated voltage | 384V | 768V | 614.4V |
| Battery Type | LiFePO4 | ||
| Cell capacity | 280Ah | ||
| Battery series and parallel connection | 1P“24S*5Pack | 1P“24S*10Pack | 1P“24S*8Pack |
| AC parameter | |||
| Rated AC power | 50kW | 100kW | 250kW |
| Rated AC current | 72A | 144A | 360A |
| Rated AC voltage | 400V3P+N+PE,50Hz | ||
| Current total Norm wave distortion rate | <3% | ||
| power factor | -1 advance ~ + 1 lag | ||
| General parameter | |||
| Protect | IP54 | ||
| Communication Interface | RS485/CAN2.0/Ethernet / dry contact | ||
| Dimensions (W * D * H/mm) | 1200"1200*2300 | 1200"1200*2300 | 3000 *1500 *2300 |
| Weight | 1800kg | 2400kg | 2500kg |
| Charging pile | |||
| Model | ECE60KW-DC-EU01 | Power | 60 KW DC Charger with two guns |
| Input Voltage | AC 380-400V 3ph | Output Voltage | DC200-750V |
| Output Current | 100A/80A | Open Charge Point Protocal | OCPP1.6 / OCPP2.0 |
| Current THD | <5% | Certificate / Compliance | CE / EN 61851-1/-23 |
| Protection | Over current, Under voltage, Over voltage.Surge protection,Short circuit, Over temperature, Ground fault | Enclosure Protection againstExternal Mechanical Impacts | IK10 according IEC 62262 |
| Charge option | Charge by duration, Charge by energy, Charge by fee | User authentication | Paypal and (or) NFC card |
| Display screen | 9’ touch screen | Charging interface | CCS2 |
| IP Grade | IP54 | Charging cable length | 5m |
| Cooling | Forced air | Weight | <260kg |
| Network interface | Ethernet (standard); Wi-Fi, 4G (optional) | Dimension (W*D*H) mm | 700*750*1750（mm） |
The DC bus solution of PV BESS EV charging station adopts the architecture of DC bus power supply for DC bus. It transforms the DC power from grid,PV system, Battery into the matching voltage range with the charging of new energy vehicles through the DC / DC charging module.
DC coupling to reduce the loss of direct intersection transformation
Photovoltaic direct supply charging pile to improve the utilization rate of new energy
Energy storage system, peak load shifting and valley filling, reduce the distribution capacity of the power grid
Solve the problem of power distribution and capacity expansion
The AC bus solution of PV BESS EV charging station is a commonly used optical storage and charging solution, which is widely used in the application of charging station system expansion and complementary application of the system.
PV system, energy storage, battery integrated container solution
Large access power range, flexible design
It can be used for micro-grid applications such as power supply, electricity sales in industrial parks, large charging stations and other applications
The energy storage system can participate in peak load shifting and valley filling, reduce the distribution capacity of the power grid, and solve the problem of distribution capacity expansion
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