Solar Storage PV BESS EV Charging Solution

Integrated Energy Management & Electric Vehicle charging.

Engineered for Extremes

Compact IP54-rated design withstands disasters, wilderness use, and grid failures. Robust -20°C to 55°C operation.

Smart Energy Arbitrage

Valley charging + peak discharging slashes costs. 30% efficiency gain via direct PV connection.

Future-Ready Integration

OCPP 2.0, IoT energy management, and POS payment support. Scalable for smart grids.

Dual-Input Flexibility

AC 260-480V/92A inputs. ≥0.99 power factor efficiency.

MAXPOWER BCV Series

Power Tower: Unshakable Energy, Efficiency Engineered

Engineered for resilience, the BCV Series delivers integrated energy management with its compact vertical design. The IP54-rated unit ensures emergency power during disasters, wilderness operations, or grid outages, operating from -20°C to 55°C with intelligent load adjustment. Its 600Wh/600W core supports 800W peak output and dual-input flexibility (DC 200-750V/120A or AC 260-480V/92A). Leverage smart valley charging/peak discharging to cut costs, direct PV connection for 30% higher efficiency (no inverter needed), and OCPP 2.0 integration for EV charging synergy. Future-proof with IoT monitoring and POS payments—perfect for homes and businesses.

Unbreakable Emergency Backup

Maintain critical operations during earthquakes, typhoons, or remote missions. Power islands when grids fail.

PV Direct, Zero Waste

Connect solar panels directly—eliminate inverters efficiency gains. Slash energy costs day/night.

OCPP 2.0 EV Charging Hub

Sync with EV chargers for valley charging/peak discharging. Enable POS payments and remote diagnostics.

Maximum Yield For
The Future With Minimized
Demand Charges.

Advantages & disadvantages of AC charging stations

Advantages:

AC charging stations are cost-effective, easy to maintain, widely compatible, and gentler on both batteries and the power grid.
Disadvantages:

However, they charge slowly, typically taking 6–8 hours for a full charge due to their low power output of only 3.5–7 kW.

What are the voltages and currents of DC charging stations？

DC charging station specifications vary by design and application:

Voltage: Typically ranges from 200 V to 1000 V. Most public fast chargers operate between 400 V and 800 V, with advanced systems supporting up to 1000 V for high-voltage vehicles.
Current: Commonly between 20 A and 500 A. High-power stations can deliver 100 A to over 600 A for faster charging.

Power classification of OEM charging stations

New energy electric vehicle charging stations are divided into various charging devices according to charging power, such as 3.5KW/7KW/11KW/20KW/30KW/40KW/60KW/120KW/180KW/240KW/360KW, etc. Charging stations of different powers are suitable for different scenarios and vehicle needs. For example, low-power 3.5KW or 7KW charging piles can be used for household scenarios, while high-power 60KW charging piles are suitable for commercial places or public charging stations with high demand for fast charging.

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