Case: PV + ESS + 22kW AC + 80kW/120kW DC Charging Station
Product: PV + ESS + AC/DC Charging
Address: China
Located within an industrial park in China, this project represents a successful implementation of Anari Energy’s integrated PV-ESS-Charging (Photovoltaic-Energy Storage-EV Charging) solution. Designed as a comprehensive clean energy infrastructure project, the system combines solar power generation, battery energy storage, and electric vehicle charging into a unified ecosystem, helping the customer achieve energy independence, reduce carbon emissions, and improve overall energy efficiency.
Based on the customer’s energy consumption profile and EV charging requirements, Anari Energy designed and deployed a complete off-grid power generation system, creating a self-sustaining energy ecosystem capable of generating, storing, and utilizing renewable energy on-site. The project showcases how integrated renewable energy technologies can support both transportation electrification and sustainable industrial development.
Building a Complete PV-ESS-Charging Ecosystem
To maximize renewable energy utilization, photovoltaic (PV) panels were installed above the parking area, transforming the parking lot into a solar power generation facility while simultaneously providing shade and protection for parked vehicles. The electricity generated by the solar panels is directed to an advanced energy storage system, where excess renewable energy can be stored and utilized when solar generation decreases or electricity demand increases.
In addition to the photovoltaic and energy storage systems, multiple AC and DC EV charging stations were deployed throughout the site to meet a variety of charging requirements. Together, these components form a highly integrated PV-ESS-Charging ecosystem, enabling renewable energy generation, intelligent energy storage, and efficient electric vehicle charging within a single infrastructure platform.
This integrated approach allows energy produced during daylight hours to be utilized directly for EV charging or stored for later use, significantly improving energy utilization efficiency and reducing dependence on external grid electricity.
Reducing Carbon Emissions and Supporting Sustainable Development
One of the most significant achievements of the project is its contribution to carbon reduction and environmental sustainability. Through the combination of renewable energy generation and intelligent energy management, the ecosystem has successfully reduced carbon emissions within the park by approximately 30% to 40%, helping the customer achieve its sustainability and environmental protection objectives.
As governments and enterprises increasingly pursue carbon neutrality and decarbonization goals, integrated renewable energy systems such as PV-ESS-Charging are becoming a key strategy for reducing greenhouse gas emissions while maintaining operational efficiency. By replacing a portion of conventional grid electricity with clean solar energy, the project demonstrates a practical pathway toward greener industrial operations.
Meeting EV Charging Demand While Reducing Grid Pressure
The deployment of both AC and DC charging stations ensures that the charging needs of vehicles operating within the park, as well as public and visiting electric vehicles, can be effectively accommodated. Employees, commercial fleets, and external EV users benefit from convenient access to reliable charging services, helping promote the wider adoption of electric transportation.
At the same time, the integrated battery energy storage system plays a critical role in balancing energy supply and demand. By storing excess solar power and supplying energy during peak demand periods, the system helps alleviate power pressure within the park and reduces reliance on grid electricity during high-load periods.
This capability is particularly valuable in regions where electricity demand continues to increase due to industrial growth and transportation electrification. Intelligent energy storage enables more stable power management while reducing operational costs and improving overall energy resilience.
A Regional Benchmark for Smart Energy Infrastructure
The successful implementation of this project has established the site as a regional benchmark for integrated Photovoltaic-Storage-Charging Ecosystems. By combining renewable energy generation, battery storage technology, and EV charging infrastructure into a single intelligent platform, the project demonstrates how businesses and industrial parks can achieve both environmental and economic benefits.
Beyond supporting electric vehicle charging, the ecosystem improves energy efficiency, reduces carbon emissions, enhances energy security, and creates a more sustainable operational model for the future. As demand for clean energy solutions continues to grow worldwide, integrated PV-ESS-Charging systems are expected to play an increasingly important role in the global energy transition.
Empowering the Future of Smart Energy
Anari Energy remains committed to delivering innovative energy solutions that combine solar power, energy storage, and EV charging technologies. By helping customers build intelligent and sustainable energy ecosystems, the company is contributing to the global transition toward cleaner transportation, renewable energy utilization, and carbon-neutral development.
This project stands as a powerful example of how integrated renewable energy infrastructure can create lasting environmental, operational, and economic value while paving the way for a smarter and more sustainable future.
