Delta, a global pioneer in power and energy management announced its new EV charging management system, DeltaGrid® EVM, an innovative platform featuring artificial intelligence (AI) capabilities and seamless integration with energy infrastructure (solar energy and energy storage), is enhancing the power stability and operating efficiency of EV charging sites across the world.
Electrical safety, billing, and day-to-day management are critical issues to support the rapid growth of EV charging infrastructure in residential and commercial buildings since most buildings did not conceive the capacity for setting up chargers at the time of construction.
EV charging, solar energy, and energy storage
DeltaGrid® EVM has added value to EV charging sites in Taiwan, but also in Europe, Japan, and Southeast Asia
A scheduling system powered by an AI model prevents exceeding demand contracts or overloading, allowing existing buildings to provide charging services without significant renovation.
DeltaGrid® EVM is also the leading solution in the industry to incorporate EV charging, solar energy, and energy storage into a single platform.
Since its launch, DeltaGrid® EVM has not only added value to EV charging sites in Taiwan, but also in several commercial offices, shopping malls, and gas stations in Europe, Japan, and Southeast Asia.
Integration energy infrastructure
Dr. Jacky Lai, DeltaGrid® Business Head at Delta's Energy Infrastructure and Industrial Solutions Business Unit stated, "As EV charging changes people's electricity consumption behavior, power consumption of individual sites will increase in the future, and predicting electricity consumption peak will also become more difficult."
He adds, "With these increasing challenges to the grid, integrating solar energy, energy storage, and EV charging energy infrastructure will become the future trend."
Optimizing charging management
Dr. Jacky Lai continues, "Energy efficiency and electricity bills are further optimized with time-of-use tariffs for peak shaving and distributing surplus solar energy."
The market's views toward charging management will elevate to energy management"
He adds, "At the same time, as ESG issues are gaining momentum, corporate users are also considering solar energy and energy storage when introducing chargers to improve the overall efficiency of renewable energy use and reduce carbon emissions. The market's views toward charging management will elevate from simple equipment monitoring to energy management."
time-of-use tariffs and flexible rates
The DeltaGrid® EVM EV charging management system includes four major functions: Smart charging, energy scheduling, charger management, and digital O&M services. Through chargers grouping, scheduling, and real-time load management, charging peaks can be distributed to ensure that all EVs are charged.
With time-of-use tariffs and flexible rates to guide charging behavior, integration of energy storage, and the regulation of off-peak and surplus solar energy can reduce over-contract penalty and accident risks, ensure operational efficiency, and mitigate the impact on the grid.
digitalized operations and maintenance
The system also includes an eMSP function to provide membership management, access control, and payment features, which are required for operating charging stations.
eMSP function to provide membership management, access control, and payment features
Using digitalized operations and maintenance services to optimize system uptime, Delta helps station managers connect to e-mobility painlessly with lower switching costs, allowing energy management and business models to be achieved in one go.
integrating the IoT and energy control
Delta has been involved in the development of EV chargers for more than ten years. With years of experience working with major charging station operators in Europe and the U.S., Delta fully understands the various management aspects and service requirements involved with charging stations.
Delta is actively promoting charging station management in Europe, the U.S., and Southeast Asia, and hopes to integrate the IoT and energy control technology to contribute to the globe's upcoming low-carbon era of electric transportation.
