This integrated solar, battery energy storage system (BESS), and EV charging solution reduces dependency on the power grid and minimizes grid upgrade costs. By leveraging peak shaving, load shifting, and energy arbitrage, the system generates additional revenue streams through electricity price differences and grid services. This significantly lowers both CAPEX and OPEX while improving overall project ROI for commercial EV charging infrastructure.
This solar PV, battery energy storage system (BESS), and EV charging integrated solution combines photovoltaic controllers with bi-directional inverters in a highly integrated architecture. The modular design enables flexible configuration of solar, battery storage, and load capacity.
With intelligent microgrid energy management, the system supports high-power EV charging while optimizing energy flow, improving renewable energy self-consumption, and enabling scalable expansion for commercial charging infrastructure.
Integrated PV-Storage and Charging System
This architecture enables efficient energy flow, peak shaving, and stable EV charging operation.
Our core team brings nearly two decades of experience in power engineering and energy storage systems, delivering reliable technical support for complex solar storage charging EPC projects.
From system design and engineering to equipment supply and project execution, we provide a complete turnkey solar + BESS + EV charging solution tailored for commercial and industrial applications.
We have successfully delivered multiple battery energy storage system (BESS) and integrated energy projects worldwide, earning trust from leading enterprises and investors.
With a dedicated European service team, we ensure efficient communication, fast technical response, and reliable after-sales support for your EV charging and energy storage projects.
We provide ongoing operation & maintenance (O&M) services to ensure long-term performance, system stability, and optimized ROI for your integrated energy system.
All systems comply with TÜV, CE and international standards. We support flexible customization of PV modules, inverters, BESS, and grid systems to match different project needs.
Supports direct DC coupling of solar PV systems with MPPT technology, improving energy efficiency while reducing system cost and project delivery time.
No outsourcing. AnengJi Power manages design, procurement, construction, and O&M in-house, ensuring your solar storage charging EPC project is delivered on time and with consistent quality.
Cross-Disciplinary Expert Team
Integrated team across civil, mechanical, and electrical engineering, ensuring full compliance for complex integrated energy systems and EV charging infrastructure.
1.6GWh+ Proven Delivery
Extensive experience in battery energy storage systems (BESS) projects, optimizing cost, improving efficiency, and ensuring reliable project execution.
High-Voltage & Multi-Scenario Expertise
From utility-scale to C&I and BESS applications, we integrate POI and high-voltage solutions to deliver scalable, future-ready energy infrastructure.
Compared to partial EPC contractors, we deliver full control over cost, timeline, and quality.
What is a solar storage charging EPC solution?
A solar storage charging EPC solution is a turnkey system that integrates solar power generation, battery energy storage (BESS), and EV charging infrastructure. The EPC contractor handles design, procurement, construction, and commissioning to deliver a complete, ready-to-operate energy system.
How does a solar + battery + EV charging system work?
The system generates electricity from solar panels, stores excess energy in a battery energy storage system (BESS), and supplies power to EV chargers or the grid. This improves energy efficiency, reduces peak demand, and lowers electricity costs.
What are the benefits of an integrated solar storage charging system?
How much does a solar storage charging EPC project cost?
The cost depends on system size, battery capacity, EV charging demand, and grid conditions. A typical commercial solar + BESS + EV charging project can range widely, but EPC solutions help optimize total investment and ROI through system design and integration.
What industries are suitable for solar storage charging solutions?
These systems are widely used in:
What is the role of BESS in EV charging infrastructure?
A battery energy storage system (BESS) stores electricity and supplies power during peak demand. It helps reduce grid pressure, stabilize charging loads, and enable faster EV charging without costly grid upgrades.
How long does it take to deploy a solar storage charging project?
Project timelines vary depending on system scale and site conditions. With a professional EPC contractor, most projects can be completed within a few months, including design, installation, and commissioning.
Do you provide local support in Europe?
Yes. We offer localized European technical support and after-sales service, ensuring fast response times, efficient communication, and reliable system operation.
Can the system be customized for different project needs?
Yes. Our solar storage charging EPC solutions are fully customizable, including PV capacity, battery storage size, inverter configuration, and EV charging systems, to match specific project requirements.
Is the system compliant with international standards?
All systems comply with international certifications such as CE and TÜV, ensuring safety, reliability, and compatibility with global grid standards.
As a leading Chinese manufacturer of EV charging systems and Commercial & Industrial (C&I) Energy Storage, Anengji provides a full range of AC/DC chargers and modular BESS for fleets, hospitality, OEMs, government agencies, hospitals, and commercial parking. With a robust footprint across North America, Southeast Asia, Central Asia, and Russia, we empower global clients with high-reliability, intelligent energy infrastructure to accelerate efficiency and the green energy transition.