• Professional EV Charging station Manufacturer & Global Supplier

    From 3.5kW AC chargers to 480kW DC fast charging solutions, we provide reliable charging for homes, businesses, and fleets.

    Get A Quote
    Technicians assembling EV chargers on the production line, installing wiring harnesses and electronic components in a modern factory
  • One-Stop EV Charging Solutions

    Empowering OEM and ODM partners to build smarter, faster, and fully compatible commercial charging systems — all in one seamless process.

    Get A Quote

Leading Manufacturer
of Integrated BESS & EV Charging Solutions

AnengJI is an innovation-driven enterprise specializing in Battery Energy Storage Systems (BESS) and EV Charging Equipment (EVSE). With over 20 years of expertise in power electronics, we combine deep industry heritage with a relentless pursuit of quality to provide high-reliability energy products for global markets.

Our technical strength is anchored by a passionate R&D team—comprising over 15% of our workforce—ensuring every solution integrates advanced BMS, PCS, and EMS technologies. By merging world-class manufacturing with cutting-edge innovation, we deliver sophisticated EV charging stations and battery storage units that support Solar PV, C&I energy storage, and grid-side applications.

Our commitment to safety is validated by international certifications including UL, CB, CE, FCC, TUV, ISO, and RoHS. As a certified National High-Tech Enterprise, AnengJI has established a global footprint across Europe, North America, Africa, and Asia, earning the trust of diverse sectors in energy, transportation, and industrial infrastructure.

Top-Grade Products and Solutions

We provide a one-stop energy solution covering Battery Energy Storage Systems, EV Car Chargers, and Charging Modules. Built for reliability and consistent performance, our products are rigorously tested to operate in demanding conditions—from high heat and humidity to dust and harsh environments. Designed to last, they support the diverse energy needs of residential, commercial, and industrial applications.

2170kWh liquid-cooled battery energy storage container with integrated PCS EMS and hybrid cooling system for utility-scale and commercial BESS applications

Battery Energy Storage System

Built for Commercial & Industrial Energy Needs.

  • Built for commercial & industrial use
  • Available in scalable capacity options to match site demand
  • Smart energy management for real-time control and optimization
  • Supports peak shaving, backup power, and load balancing
60-360kW Level 3 DC Fast Charging Station for Electric Vehicles

EV Car Chargers

Rapid Charging for Busy Stations. Built for the Future.

  • Power range from 7kW to 960kW
  • Compatible with CCS, CHAdeMO, and GB/T standards
  • Advanced liquid or air cooling for steady performance
  • Supports OCPP 1.6/2.0 for seamless network integration
40kW IP65 High Protection Charging Module-Interface side

EV Charger Module

Flexible Power at the Core. Built to Scale.

  • Available in modular power configurations for flexible deployment
  • Seamless integration with existing charging infrastructure
  • Real-time monitoring and remote diagnostics
  • Compact design for easy installation and system expansion

Integrated Energy Storage & EV Charging Projects

Leveraging a proven track record across 100+ countries, Anengji continues to innovate integrated protection technologies for Solar PV, Battery Energy Storage Systems (BESS), and EV Charging infrastructure. Our “Solar-Storage-Charging” (All-in-One) solutions are engineered not only to maximize self-consumption and energy resilience but also to significantly reduce operational costs through intelligent energy management (EMS), empowering residential, commercial, and industrial (C&I) clients to achieve a high-efficiency, low-carbon future.

3.5MW/7.3MWh lithium ion battery energy storage installation in Romania industrial park.
180kW-240kW DC dual-gun EV charging station installed in a commercial parking lot in Uzbekistan.
Anengji 500kW/1165kWh **lithium ion battery energy storage** system deployed in a New Zealand industrial park for frequency regulation.
Ukraine 1MW2MWh battery energy storage system installation
Belgium C&I energy storage system installation with ECO-E107WS PCS

Why Choose Our Factory

Safe and Reliable

Every charger we build comes with built-in protection against leakage, over-voltage, over-current, and overheating. Each unit is tested under extreme temperatures and certified for water and dust resistance. Our chargers meet strict international standards, including CCC, UL, CE, TUV, and CB, so they can run around the clock with confidence.

Custom Solutions

We offer flexible white-label and OEM/ODM services. From housing design and power output to features and software interface, we can tailor every detail to fit your brand. Our in-house R&D lab develops and updates new designs regularly, so you always have access to fresh, project-ready solutions.

Fast Delivery

With our own production lines and a strong supply chain, we keep popular models in stock and can ramp up quickly for larger orders. This means shorter lead times and reliable delivery, helping you roll out charging networks without delay.

24/7 Support

Our service team is available around the clock. Whether you need technical advice, troubleshooting, or installation guidance, we’re here to help. Quick responses and hands-on support make sure your chargers stay up and running without hassle.

AnengJi Procurement Service Process

  • Tell Us What You Need

    Reach out and share the details of your project. Let us know your application, installation site, and project size. As soon as we receive your request, one of our team members will get in touch with you directly.

  • Get a Custom Plan

    Our engineers will create a tailored solution based on your needs. From product selection and feature configuration to software platform integration, we cover it all. We also support OEM and ODM customization to help you build chargers under your own brand.

  • Receive a Free Quote

    Once the plan is finalized, we’ll send you a clear, itemized quotation. It will include model numbers, pricing, accessory lists, warranty details, and delivery terms—no hidden costs.

  • Confirm Your Order

    Review the proposal and confirm the terms. After signing the agreement and paying the deposit, your order is locked in and moves into production scheduling.

  • Production Begins

    We start manufacturing according to your specifications. Every stage is closely monitored to maintain quality and timeline. Production schedules vary based on order quantity, and we’ll keep you updated with progress reports.

  • Global Shipping

    After final inspection and reinforced packaging, your Equipment are shipped worldwide through trusted logistics partners. We’ll provide a tracking number so you can follow your shipment until it arrives safely and on time.

EV charging station customization with software design by Anengji engineer

Quality is backed by certification.

Our EV charging stations are built to meet the highest global standards. Each unit is tested and certified by CE, UL, CCC, RoHS, TUV, and CB. Production takes place in ISO-certified facilities, ensuring consistent quality and safety you can trust. These chargers are made to last and perform reliably in a wide range of environments—whether indoors, outdoors, or on the road.

We also understand that every business has different needs. That’s why we offer custom charging solutions designed around your specific requirements, from commercial fleets to residential communities and workplace charging.

Recent Blog

A high-power DC EV charger showing fast charging time progress at a commercial highway station.
A modern high-power DC fast charging station installation at a commercial retail hub featuring multiple 180kW chargers.
Man holding an electric vehicle charger in a parking lot, preparing to charge his car, illustrating EV charging business opportunities and future commercial charging potential
8 Reasons to Install a Level 2 Car Charger at Home
Fleet of electric vehicles using liquid-cooled DC fast chargers at a 350kW supercharging hub, illustrating 2025 EV infrastructure.
Electric vehicles charging at public parking spaces using EV charging stations
AC charging station and DC fast charging station compared on an EV charging platform
Top 10 Leading EV Car Charger Manufacturers and Network Providers (1)

EV Charging & Storage at International Exhibitions

As a leading Chinese manufacturer of EV charging (EVSE) and Battery Energy Storage Systems (BESS), Anengji is a prominent fixture at 100+ global trade fairs across Europe, North America, and Southeast Asia.

At every event, we showcase more than just hardware. We present Integrated Solar-Storage-Charging solutions designed to optimize energy efficiency, enhance grid stability, and provide resilient Energy Management (EMS) for businesses and communities.

Our global footprint reflects our commitment to delivering smart, customized energy solutions. Through these interactions, we continue to drive the clean energy transition and engineer a sustainable, zero-carbon future.

AnengJi showcasing EV chargers at international exhibitions, presenting products and solutions to customers during live demonstrations.

Commercial EV Charging, Battery Storage-FAQs

A Commercial & Industrial Energy Storage System (C&I ESS) is the intelligent energy management core designed for factories, logistics centers, commercial complexes, and large-scale public facilities. More than just a backup power source, it serves as a strategic tool to actively optimize energy assets.

By integrating advanced Lithium Iron Phosphate (LiFePO4) battery technology with a smart Energy Management System (EMS), a C&I ESS enables “time-shifting”—storing electricity during off-peak hours or periods of surplus PV generation and releasing it during peak demand. This significantly reduces electricity expenditure through peak shaving and demand management while providing Uninterruptible Power Supply (UPS) functionality to ensure business continuity during grid fluctuations.

Our systems utilize intelligent algorithms to execute core strategies automatically, requiring zero manual intervention:

  • Energy Arbitrage: The system monitors real-time price signals, charging during low-tariff periods (at night or midday during PV surplus) and discharging during high-tariff peaks to profit directly from the price spread.
  • Dynamic Peak Shaving: By monitoring instantaneous power in milliseconds, the system automatically discharges when the load approaches the contract demand threshold, avoiding heavy peak-demand penalties.
  • PV Self-Consumption: It prioritizes the consumption of green energy generated on-site, storing excess power rather than selling it back to the grid at low rates, often increasing self-sufficiency to over 80%.
  • Seamless Backup Power: Upon detecting a grid failure, the system switches to off-grid mode in <20ms, safeguarding production lines and sensitive data.
  • Grid Services: Depending on local regulations, systems can participate in Frequency Containment Reserve (FCR/aFRR) or Virtual Power Plant (VPP) projects to generate additional auxiliary service revenue.

Substantial ROI: Optimized for high-tariff environments like Europe, investment costs are typically recovered within 3–5 years (depending on local price spreads and subsidies), offering a highly competitive Internal Rate of Return (IRR).

Energy Independence & Security: Reduce reliance on unstable grids, mitigate the risk of power rationing, and provide your enterprise with true energy sovereignty.

Compliance & Sustainability: We utilize the safest LiFePO4 cells, meeting rigorous EU standards (CE, UN38.3) and local grid codes (such as VDE, G99), helping companies meet ESG reporting requirements and RE100 goals.

Modular Scalability: Featuring containerized or cabinet-based modular designs, our systems support seamless expansion from 100kWh to MWh levels to match your business growth.

Smart O&M: Our cloud-based monitoring platform provides 24/7 data analysis, fault warnings, and remote firmware updates (OTA) to maximize the system’s total lifecycle value.

While various technologies exist, Battery Energy Storage Systems (BESS) based on Lithium-ion have become the mainstream choice for the European C&I sector due to high efficiency and rapid response:

  • Lithium Iron Phosphate (LFP) Systems: (The preferred AnengJi solution) Known for superior thermal stability, long cycle life (>6000 cycles), and cobalt-free environmental benefits, LFP is the safety benchmark for commercial applications.
  • Flow Batteries: Suitable for ultra-long duration storage (4+ hours), but carry high initial investment costs and are currently reserved for specific long-duration regulation scenarios.
  • Hybrid Systems: Combining BESS with diesel generators, hydrogen, or thermal storage to provide multi-energy complementary solutions for remote industrial zones or microgrids.
  • Note: Traditional lead-acid batteries are being phased out due to short lifespans and high maintenance, while mechanical storage (like flywheels) is primarily used for millisecond frequency regulation rather than energy time-shifting.

The cost is determined by system scale, technical configuration, and site conditions. Key components include:

  • Hardware (CAPEX): Includes battery modules, Power Conversion Systems (PCS), BMS, EMS, and thermal/fire management systems. LFP battery costs have decreased significantly in Europe due to economies of scale.
  • Installation & Integration (EPC): Site preparation, electrical wiring, grid connection permits, and coordination with local Distribution System Operators (DSOs).
  • Soft Costs: Engineering design, compliance certification, insurance, and long-term O&M agreements.
  • Recovery Factors: Many European countries (e.g., Germany, Italy, France) offer tax credits, low-interest loans, or direct subsidies that drastically reduce the net cost. We provide customized ROI analysis models to calculate your specific financial outlook.

To ensure a successful investment, we recommend evaluating the following dimensions:

  • Localization & Compliance: The system must comply with the specific grid codes of the installation country (e.g., VDE 2510-50 in Germany, G99/G100 in the UK). All AnengJi products carry full EU certification.
  • Battery Chemistry & Safety: Prioritize LFP technology, which has a very low risk of thermal runaway, making it ideal for indoor or high-occupancy areas.
  • Efficiency & Longevity: Focus on Round-trip Efficiency (RTE) (should be >85%) and cycle life guarantees (typically 10 years or 6,000 cycles).
  • Compatibility: Ensure the system integrates seamlessly with existing PV inverters, EV charging infrastructure, and third-party EMS platforms while supporting future capacity expansion.
  • Bankability & Service: Partner with providers who have local European technical support teams and long-term fulfillment capabilities to ensure spare parts supply throughout the system’s life.

An EV charger should be built to last — not just look good on day one. Its durability depends on the quality of its materials, how it’s made, and how well it’s protected against the elements. Here are a few key things to check:

1. Cable and Connector Quality

Look for thick, flexible cables that can handle bending, freezing temperatures, and harsh sunlight. Silver-plated or copper alloy contacts help cut down resistance, lower the risk of corrosion, and extend service life.

2. Housing and Corrosion Resistance

A tough, UV-resistant enclosure — whether high-grade plastic or coated metal — keeps the unit looking clean and intact. It won’t fade, crack, or rust, even after years of outdoor exposure.

3. IP Protection Rating

An IP54 or IP67-rated charger will keep out dust, rain, snow, and humidity. It’s the difference between a charger that fails in a storm and one that runs year-round without a hitch.

4. Certified Core Components

Certified internal parts matter. Components that meet international standards like CE, CB, or TUV help ensure stable power delivery and long-term safety.

A well-built EV charger can run reliably for 8–10 years with routine care — sometimes even longer. Wiping down the connector and checking cable wear regularly can make a big difference over time.

Investing in a charger with a strong structure and solid protection isn’t just smart. It’s how you get lasting performance and better returns on every dollar spent.

Safety isn’t an afterthought—it’s built into every charger we make. Our EV charging stations meet strict international standards to ensure reliable performance in any environment.

Certifications:
CE, CB, UL, and RoHS compliant. IP54-rated for dust and water protection. We also support TUV and CCC for local market requirements.

Protection Features:
Built-in safeguards include overload, overcurrent, short circuit, leakage (RCD), overvoltage/undervoltage, overtemperature/undertemperature, grounding, and surge protection (SPD). Each unit also supports automatic power cut-off and charging gun lock to keep everything secure.

All chargers comply with IEC 61851 standards and feature multi-layer protection. The result: a safer experience for drivers, vehicles, and equipment—every single time.

Our EV chargers are built to handle real-world weather. They run reliably in temperatures from -20°C to 50°C (that’s -4°F to 122°F), making them a solid choice for both freezing winters and scorching summers.

Each unit comes with an intelligent thermal management system that automatically adjusts the load to prevent overheating or low-temperature shutdown. No matter the climate — snow, desert heat, or heavy rain — your chargers stay up and running.

They meet strict international environmental standards, so whether your site is in Northern Europe or the Middle East, you can count on stable performance year-round.

Get a quote and solution now

  • Integrated Solutions: Supports EV Charging & C&I Energy Storage (BESS).
  • Universal Compatibility: Seamlessly adapts to mainstream EVs, Solar PV, and Grid standards.
  • Scalable Architecture: Tailored for businesses of all scales and energy demands.
  • Smart & Reliable: Engineered for high efficiency, safety, and optimized ROI.

Talk to Our Expert

0 + 4 = ?