Xiamen D.T. Multi Tech Co., Ltd. is one of the most reliable manufacturers and suppliers of ev charging solar station in China. With abundant experience, we warmly welcome you to wholesale cheap ev charging solar station from our factory. If you have any enquiry about cooperation, please feel free to email us.
Solar-Powered EV Charging Station
Take complete control of your commercial EV infrastructure with the DTSolarPower Mobile BESS EV Charging Station. Designed as an all-in-one, high-capacity energy hub, this integrated solution combines high-efficiency N-type solar PV modules, a heavy-duty mounting structure, a bi-directional Power Conversion System (PCS), an intelligent Battery Energy Storage System (BESS), and an industrial-grade DC fast charger into a unified, plug-and-play EV charging system.
Supporting high-power 60 kW fast charging via a single gun, it delivers ultra-rapid energy replenishment for new energy vehicles, thereby enhancing charging convenience. It is perfectly suited for scenarios such as small-scale charging stations, residential communities, and industrial parks.
Core Performance & Advantages
High Efficiency (≥90% RTE)
DC-coupled architecture with high-voltage MPPT tracking.
Reduces power conversion loss, maximizing solar yield and accelerating project ROI.
Multi-Vehicle Fast Charging
Dual-gun dynamic power allocation delivering up to 160kW+ fast charging.
30-minute quick charge turnaround, supporting 30–40+ vehicle sessions daily.
Industrial Reliability & Safety
IP54/IP55 rated, active liquid cooling, and integrated aerosol fire suppression.
Operates smoothly from -25°C to 55°C with 8,000+ battery life cycles, minimizing maintenance costs.
Flexible BESS & Off-Grid Capability
LiFePO4 battery capacity from 32 kWh to 261 kWh+ with intelligent EMS.
Provides grid-buffering to bypass transformer upgrade costs and enables 100% off-grid operation.
Products Description
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Model |
15kW+32kWh-1 Gun |
25kW+48kWh-1 Gun |
40kW+48kWh-1 Gun |
60kW+60kWh-2 Gun |
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Battery |
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Battery Type |
LifePO4 Battery |
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Rated Energy |
32kWh |
48kWh |
48kWh |
60kWh |
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Cooling Method |
Air-Conditioner |
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Fast DC Charger |
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Gun Type |
GBT (CCS1/ CCS2/ CHAdMo Optional) |
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Max. Charger Power |
15kW |
25kW |
40kW |
60kW |
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Charger Voltage Range |
200~750Vdc |
200~750Vdc |
200~1000Vdc |
200~1000Vdc |
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Charger Current |
20A |
25A |
40A |
60A |
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Quantity of Gun |
1 |
1 |
1 |
2 |
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Gun Wire Length |
3 |
3 |
5 |
5 |
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Operation Mode |
Single-Akone (DCPPL1.6) Optional |
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DC Recharge |
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Max. Recharge Power |
/ |
/ |
20kW |
30kW |
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Quantity of Gun |
1 |
1 |
1 |
1 |
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Socket Type |
GBT (CCS1/ CCS2/ CHAdMo Optional) |
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AC Recharge |
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Max. Recharge Power |
15kW |
20kW |
30kW |
30kW |
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AC Type |
3-phase (400Vac) |
3-phase (400Vac) |
3-phase (400Vac) |
2/3-phase (400Vac/230Vac) |
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PV Recharge |
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Max. Power |
15kW |
30kW |
35kW |
35kW |
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Max. PV Voltage |
500Vdc |
500Vdc |
820Vdc |
820Vdc |
|
MPPT Voltage Range |
90~450Vdc |
90~450Vdc |
200~800Vdc |
200~800Vdc |
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Quantity of MPPT Channel |
3 |
3 |
2 |
2 |
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AC OUT (Off-grid) |
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Rated Power |
15kW |
25kW |
30kW |
30kW |
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AC Voltage |
400Vac/230Vac (3-phase) |
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Rated Frequency |
50Hz/60Hz |
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Max. AC Current |
22A |
35A |
45A |
45A |
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General Parameter |
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Communication Type |
RS485 (WiFi/4G optional) |
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IP Grade |
IP54 |
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Weight(kg) |
500kg(about) |
700kg(about) |
700kg(about) |
850kg(about) |
Core Solution Features
FAST DC CHARGING: Rapid DC fast-charging technology allows you to charge more vehicles in less time, maximizing parking spot turnover and operational efficiency.
SOLAR-POWERED ENERGY: Harness clean, renewable solar power to charge vehicles directly, significantly reducing your grid dependency and lowering electricity bills.
INTEGRATED BESS STORAGE: High-capacity battery storage safeguards your operations with stable power delivery and smart peak-shaving capabilities.
Ideal Applications
Our all-in-one solar charging hub is engineered for diverse commercial and municipal infrastructure needs:
Fleet Operators: Streamline overnight and fast daytime charging for commercial vans and logistics vehicles.
Commercial Buildings: Enhance corporate sustainability profiles while offering fast charging for employees and visitors.
Gas Stations & Service Areas: Rapidly upgrade fuel stations into modern EV energy hubs without major grid gridlock.
Transport Terminals: Deliver high-throughput charging for public buses, shuttles, and municipal transit lines.
LGUs & Public Charging Stations: Deploy reliable, green charging infrastructure for local government units and public spaces.
N-Type Bifacial Double-Glass Solar Panels
- High conversion efficiency due to top quality wafers and advanced cell technology
- Ideal choice for large scale ground installation
- N type technology: The N-type module has better reliability and lower LID/LETID
- Sand blowing test, salt mist test and ammonia test passed to endure harsh environments
- Selected encapsulating material and stringent production process control ensure the product is highly PID resistant and snail trails free
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Electrical Specification (STC) |
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Maximum Power |
Pmax(W) |
590 |
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Maximum Power Voltage |
Vmp(V) |
44.15 |
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Maximum Power Current |
Imp(A) |
13.37 |
|
Open Circuit Voltage |
Voc(V) |
52.2 |
|
Short Circuit Current |
Isc(A) |
14.13 |
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Module Efficiency |
(%) |
22.84 |
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Mechanical Data |
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Number of Cells |
144 Cells (6×24) |
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Dimensions of Module L*W*H (mm) |
2278×1134×30mm (89.68×44.65×1.18 inches) |
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Weight (kg) |
31.2 kg |
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Front Side Glass |
2.0mm (0.08 inches), Anti-Reflection Coating |
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Back Side Glass |
2.0mm (0.08 inches), Heat Strengthened Glass |
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Frame |
Anodized aluminium alloy |
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J-Box |
IP68 Rated |
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Cable |
4.0mm², Portrait: +300/-200mm length can be customized |
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Number of diodes |
3 |
|
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Wind/ Snow Load |
2400Pa/ 5400Pa |
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Connector |
MC Compatible |
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Bifaciality (%) |
80±5 |
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Commercial Solar Carport & Ground-Mount Structural Racks
Solar carports are a simple yet highly efficient photovoltaic integration system. By installing solar panels on the roofs of carports, they not only provide shade and heat insulation but also harness solar energy, converting it into electricity. They can be applied in parking lots, shade structures, and even bus stops, presenting significant demand and untapped business opportunities worldwide.
High-intensity solar carport with a lifespan exceeding 25 years.
Design Proposal
FAQ
Q: What is the estimated Return on Investment (ROI) period for this turnkey solution?
A: Depending on local electricity tariffs, solar irradiance, and commercial charging volume, most operators achieve full payback within 3 to 5 years.
Q: Can the system operate 100% off-grid in remote or emergency locations?
A: Absolutely. In off-grid mode, the high-efficiency N-type solar array charges the LiFePO4 battery bank, enabling continuous, independent DC fast charging without any connection to the main power grid.
Q: How many vehicles can be charged simultaneously, and how fast is a typical session?
A: Our standard systems feature dual-gun dynamic power allocation. A typical commercial vehicle or passenger EV can be charged from 20% to 80% state-of-charge in approximately 30 to 45 minutes, allowing a single station to easily handle 30 to 40+ charging sessions per day.
Q: What is the system's overall round-trip efficiency (RTE)?
A: Thanks to our high-voltage DC-coupled architecture and integrated MPPT controllers, the system achieves an overall Round-Trip Efficiency (RTE) exceeding 90%, minimizing energy loss between solar generation, battery storage, and vehicle output.
Q: What are the transport dimensions, and can the system be relocated if needed?
A: Main units are designed within standardized containerized/cabinet footprints (ISO-compliant), making them easy to ship via sea freight and transport via standard flatbed trucks.
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