MAKE SMART USE OF YOUR ENERGY
Charging systems
We create smart charging systems that perfectly match your energy supply. This allows you to charge electric vehicles with your own generated power, directly from the roof, from the battery or tailored to the grid. Sustainable, efficient and ready for the future.
The possibilities of charging
With a smart charging system, you can optimally use your own generated power. Connecting solar panels, batteries and charging points together creates one integrated energy system. You charge vehicles when there is a surplus of solar energy or when power from the battery is available. This way you avoid peak loads, increase your self-consumption and make smart use of your energy infrastructure.
Noise pollution reduced to a minimum
The system operates with a noise level of less than 60 dB, ideal for urban environments.
Dynamic charging capacity
Adjusts the charging capacity to the needs of vehicles, for efficient energy use and shorter
waiting times.
High reliability
Expected lifespan of at least 10 years with a failure rate below 0.5%.
CHARGING TIME
200+km in 5 min
The Huawei FusionCharge offers up to 200 km of range in 5 minutes and combines air and liquid cooling with active battery management. Thanks to its modular design, real-time monitoring and multiple security layers, the system is extremely reliable and efficient.
In combination with energy storage, the system is ideal for locations with peak loads or limited grid capacity, efficient, safe and prepared for growth.
Frequently Asked Questions
We notice that entrepreneurs often have questions about charging infrastructure. Below you will find clear answers to the most frequently asked questions about charging systems, payback period, subsidies and grid congestion, specially tailored to the practice of SMEs.
PERSONAL ADVICE
Schedule an appointment with one of our advisors
Our consultants think with you about the best energy solution for your situation. From battery storage to smart control: you will always receive honest advice based on efficiency and feasibility.
