EVB + ESS

EVB Multi-scenario Smart PV-ESS-EV Solutions

EVB is committed to providing multi-scenario smart charging solutions, creating integrated zero-carbon charging stations that combine PV, ESS, EV chargers, and discharging management in one place. Our low-cost, high-quality smart charging technology, empowers clients across various industries to excel in their adoption of new energy applications, offering them superior energy solutions.

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Schedule timed charging and enjoy off-peak electricity rates.

Safe charging to protect your car and yourself.

Customized product combinations for efficient charging.

24-hour customer service, providing reliable after-sales support.

Connect with third parties and unify billing.

“Light” nurturing piles, high-tech green charging.

In commercial office buildings with a high volume of office workers, the usage frequency of charging stations is significant. Integrated DC fast charging stations can effectively address vehicle waiting times and enhance charging efficiency.

Advertising screen charging stations not only address the high demand for charging caused by foot traffic but also generate advertising revenue for clients.

To meet the charging needs of customers in shopping malls and office workers around commercial buildings, we can install wall-mounted DC chargers or integrated DC charging stations ranging from 30kW to 320kW in power.

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For centralized parking areas such as taxi fleets and bus terminals, a combination of fast and slow charging is chosen. This includes slow charging during nighttime and rapid replenishment during daytime hours. Integrating charging stations with photovoltaic canopies and energy storage forms a comprehensive solution.

To enhance the operational efficiency of dedicated bus routes with battery capacities typically ranging from 200 to 400kWh, buses can be charged efficiently using off-peak electricity rates at night and high-power rapid charging during the day. Utilizing 120 to 320kW high-power DC fast chargers ensures that each charging session meets the mileage requirements for single or multiple trips. The solution includes multiple protective features, modular design, and ensures overall safety and reliability.

Meet the charging needs of electric vehicles parked on city streets with charging power up to 320kW, providing a 300-kilometer range in just 15 minutes, offering a refueling-like experience for charging. Comprehensive safety measures ensure a safe and reliable charging process.

As public infrastructure for mass transportation energy supplementation, fast charging, short times, and high frequency are essential. Depending on the size of the parking facility, strategic layout and sustainable operational product configurations are implemented.

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According to government requirements, a certain proportion of charging facilities will be built and high-quality equipment will be provided to ensure the safe and stable operation of the charging facilities.

We provide wall-mounted/floor-standing AC charging piles and wall-mounted DC charging piles of different powers to ensure the safety of the power grid and charging, and meet the charging needs of 99% of electric vehicles on the market.

For communities with strong demand for charging but no conditions for building charging piles, small-power DC equipment is used proactively to lay the foundation for building a new power system.

EVB PV-ESS-EV FAQ

We have compiled a list of frequently asked questions (and answers) about PV-ESS-EV for your reference.

What is EVB+ESS?
EVB PV-ESS-EV is a compact, small-scale distributed power system, also recognized as a microgrid. It integrates distributed power sources with electrical loads, distribution mechanisms, PV ESS systems and monitoring and protection devices. By optimizing the ESS EV and enhancing the EV and ESS relationship, it balances local energy production with consumption needs efficiently.
What problems can EVB + ESS solve?

EVB PV-ESS-EV effectively tackles regional charging station limitations, enhancing capacity and supporting expansion. This system also contributes to grid services like peak shaving and frequency regulation. Integrating ESS PV, and the EV and ESS with a PV ESS system, it underpins the energy internet’s growth, connecting smart grids with intelligent infrastructure.

How does EVB + ESS work?
  1. New Energy: PV components deliver superior AC power through the PV controller and host, backed by real-time monitoring to preserve battery energy. This setup ensures the efficient functioning of the PV ESS system, essential for integrating ESS EV, and supporting the dynamic needs of EV and ESS technologies.
  2. Battery Discharge: In conditions of inadequate natural energy, the system activates battery discharge to sustain power loads. Should the battery’s energy fall to 30% without recovery in natural energy, it then transitions to grid supply. This functionality is key in managing the PV ESS system, enhancing the interplay between EV and ESS.
  3. Auxiliary Energy: During sudden load increases, solar energy and the storage battery concurrently supply power, with the potential addition of supplementary power from the utility grid. This integrated approach is essential in the PV ESS system, optimizing the synergy between EV and ESS for robust energy support.
What does the energy storage system consist of, and what are its characteristics?

Energy storage systems are typically housed in an integrated container format, which includes storage batteries, a Power Conversion System (PCS), energy management, fire control, and temperature control units. This setup, which encompasses ESS PV EV, offers a compact, centralized, and easily maintainable solution.

What fields is EVB PV-ESS-EV suitable for? Are there any practical product recommendations?

EVB PV-ESS-EV systems are highly versatile and suitable for a wide range of fields, including commercial office buildings, public parking lots, public transportation networks, and residential communities.

For the first three types of commercial and industrial locations, EVB recommends their DC fast chargers and commercial energy storage systems, which come in various configurations to suit different needs. For residential areas, EVB suggests using their home energy storage systems in combination with AC chargers.

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