Explore our flagship hardware lineup featuring standard AC wallboxes, DC hyper-chargers, integrated BESS systems, and intelligent load-sharing platforms developed for modern electric mobility networks.
Driving Sustainable Fleet and Residential Electrification Globally
Guangzhou Irvion Charger Co., Ltd. is a leading provider of smart EV charging solutions, dedicated to advancing sustainable mobility through innovative and intelligent power management systems. Established with a vision to support the global transition to electric vehicles, Irvion Charger integrates cutting-edge technology, high-quality manufacturing, and customer-focused services to deliver reliable and efficient charging solutions for diverse applications.
Our comprehensive portfolio spans dynamic 7.4kW-22kW AC residential chargers, up to 600kW liquid-cooled high-performance DC charging stations, and grid-responsive Battery Energy Storage Systems (BESS). Focused heavily on software integration, Irvion systems feature native OCPP connectivity, allowing network operators and commercial fleet managers to maximize grid capacities, optimize schedules, and minimize operational expenditure dynamically.
The global EV transition requires highly scalable charging hardware that integrates with local utility parameters, environmental variables, and corporate infrastructure strategies.
Fleet logistics demand extreme predictability and continuous uptime. Multi-gun DC charging arrays utilize intelligent adaptive load balancing to charge delivery vans and heavy trucks based on real-time route assignments and battery states of charge (SOC).
Public destination systems, retail environments, and multi-tenant residential buildings benefit from AC charging points integrated with billing engines. Irvion's OCPP 1.6J/2.0.1 integrations support seamless connection to any commercial software network.
High-power highway charging installations demand extreme reliability. Scaled configurations of 120kW up to 600kW systems reduce driver dwell time, while high-voltage liquid-cooled architectures prevent system degradation even in extreme ambient temperatures.
Unifying Photovoltaics, Localized Battery Storage, and Vehicle Interfaces
By combining smart technology, robust engineering, and exceptional customer support, Irvion Charger empowers individuals, businesses, and municipalities to embrace electric mobility confidently, contributing to a cleaner, greener future worldwide.
Our research and development initiatives focus deeply on the convergence of microgrids and charging interfaces. Utilizing dynamic energy management software, Irvion systems route excess solar generation directly into parked fleets or localized battery storage systems (BESS). This mitigates utility peak demand surcharges and provides emergency backup power configurations to local industrial operations.
Irvion Charger's engineering pipeline addresses emerging grid limitations, vehicle thermal configurations, and communications protocols.
Implementing ISO 15118-20 interfaces enables fleets to become virtual power plants (VPPs). During periods of peak grid strain, parked commercial EVs can feed energy back into the facility or grid, generating revenue and stabilizing infrastructure.
Future passenger and long-haul electric vehicles feature 800V and 1000V battery architectures. Our next-generation liquid-cooled power cables and terminal designs deliver continuous 600A output without overheating cable structures.
Replacing static hardware configurations with intelligent adaptive dynamic matrix systems. The charging system senses each vehicle's real-time charge curve demands, automatically combining and dividing power modules for optimal efficiency.
Operating a vertically integrated facility in Guangzhou allows Irvion to balance advanced technological compliance with cost-effective wholesale distributions.
We source key sub-components, including contactors, metering elements, and power modules, from global tier-1 suppliers, ensuring longevity and compliance with international standards.
Every single AC and DC charger undergoes comprehensive burn-in processes under full simulated loads, along with high-low temperature chamber tests, ingress protection validation, and dielectric safety testing.
Located in the heart of Guangzhou, we leverage established global maritime routes and airfreight hubs, minimizing shipping transit times and overall export costs.
Irvion hardware complies with complex localized standards across major global regions, ensuring safe, certified operations.
CE and TUV marked configurations with EN 61851 compliance, MID-certified metering systems for public billing applications, and native integration for OCPP-based backend architectures.
Constructed in alignment with UL 2594 and UL 2231 electrical safety parameters, featuring CCS1 and NACS connection options, suitable for regional charging programs.
Fully compliant with GB/T configurations in Asia-Pacific markets, along with localized lightning protection, surge suppression, and ruggedized IP54/IP65 protective enclosures.
Technical and commercial answers for enterprise clients, system integrators, and wholesale distribution partners.
Our chargers integrate advanced dynamic load management (DLM) algorithms. By reading real-time transformer loads, the chargers automatically adjust their output current to prevent grid overload, eliminating the need for expensive utility service upgrades.
By operating inside a complete lithium-battery and power electronics industrial cluster, we source raw copper, relays, display modules, and software solutions at lower base costs, translating to substantial pricing advantages for bulk global shipments.
It dynamically directs active power blocks to the vehicles that need it most. When a vehicle's battery reaches the flat part of its charging curve (high SOC), the system redirects surplus power to other connected vehicles that are at a lower SOC.
Yes. Our hardware uses standardized JSON implementations of OCPP 1.6J and 2.0.1, making it fully compatible with major charging management systems like ChargePoint, EVBox, Greenlots, and others.
Explore our industrial energy storage configurations, wireless charging pads, high-performance DC charging networks, and renewable integrations.
Irvion Charger
