EV-Charging refers to the process of supplying electrical power to electric vehicles (EVs) and plug-in hybrid electric vehicles (PHEVs) to recharge their batteries. It's similar to how you would refill a gasoline or diesel car, but instead of using fuel, EVs rely on electricity. EV-Charging can be installed in different locations such as Public charging stations, Workplace charging stations, and Home charging stations.

Battery Storage, a specific type of energy storage system (ESS), refers to the technology and processes involved in using batteries to store electrical energy and release it when needed. Ensmart Power has over 40 years of expertise in power conversion and offers SMART ESS energy storage system for EV charging infrastructure, Commercial and Industrial Applications.

The local electricity grid is generally large and overloaded. So fewer electrical grids are set up to support charging stations. While more countries are investing in Electrical vehicles and the growth of faster EV charging stations such as SmartDC Series +350kW is considerable and needs more power than the local electricity grid can supply. However, Battery storage is looking like the best solution to supply the electricity grid. The battery energy storage system can support the electrical grid by discharging during a high-demand charge period and when the demand for EV charging exceeds the capacity of the local electricity grid. It can be recharged during the period of low consumption. Using battery storage avoids costly and grid dependence and supports the stability of electrical networks.

The advantages of using a battery storage system for an EV Charging station:

Reduce EV charging costs.

Reduce demand charges.

Improve reliability and resilience.

Increase Ev charging capacity.

Increase Renewable energy use.

Enhance Grid stability.

Improve efficiency.

How does Smart ESS bring benefits for your EV Charging business ?

Ensmart ESS takes power from grid and/or alternative generation sources and intelligently stores it for future utilization when it is needed. Using Ensmart ESS presents more benefits for your EV-Charging business.

Ensures operational continuity of EV charging stations during power outages and grid disruptions, critical during emergencies or evacuations.

Lower energy expenses and boost revenue through optimized energy management.

Enhances the reliability and resilience of the electric grid by using stored energy during peak periods.

Enhance power output for swift and ultra-fast charging at EV stations, even in areas with limited grid access.

Optionally integrates with site buildings to further trim energy costs and enhance resilience during power outages.

Our All-In-One Energy Storage Systems, the perfect solution for your EV-Charging Station.

The benefits of our Smart ESS All-In-One Energy Storage System product combine Smart MultiGrid PCS Bi-directional Power Converter and high cycle Lithium Battery System (BESS), BMS ( Battery Management System ) Microgrid Site Controller, EMS ( Energy Management System ), and Cloud Platform.

Our All-In-One Energy Storage System can help to support the deployment of faster EV chargers, which can reduce charging times and improve the user experience.

All-in-one ESS is Suitable for various applications such as peak shaving, frequency regulation, EV Charging, Solar + Storage, Micro-Grid, self-Consumption Optimization.

Getting our Ensmart ESS is paramount for your EV-charging when grid goes down.

The Benefits of Using Ensmart EV-Charging Solution for Your Business.

EV charging refers to the process of recharging an electric vehicle’s battery with renewable energy sources or local electrical grid systems. Note that there are two main types of EV chargers and our product portfolio offers a wide product range that covers 2 Level AC Chargers, 3 level fast DC charging stations, Portable and Wall-mounted DC Chargers and Containerized Off-grid EV charging stations utilizing solar, wind, genset.

AC EV charger: This is the most common type of charger, often used for home charging. It uses the same type of current as your household outlets but delivers higher power (typically 7,6 kW to 22 kW) to charge the battery faster.