High-performance DC fast chargers and smart AC piles for industrial excellence.
The global transportation sector is undergoing a seismic shift. While passenger electric vehicles (EVs) have dominated headlines, the Heavy-Duty EV segment—including electric buses, class 8 trucks, mining machinery, and port logistics vehicles—is the new frontier for carbon neutrality. Heavy-duty EVs require energy delivery at a scale far beyond typical residential chargers.
Currently, North America and the European Union are implementing stringent emission regulations (such as Euro VII and EPA Phase 3), mandating the electrification of commercial fleets. This has spiked the demand for Ultra-Fast DC Charging infrastructure. As a leading China Heavy Duty EV Chargers Manufacturer, we are at the epicenter of this demand, providing modular systems that can deliver up to 480kW of power, ensuring that a 40-ton truck can return to the road in under an hour.
Stay ahead with the latest in Megawatt Charging Systems (MCS) and V2G integration.
The future of heavy-duty charging lies in MCS, capable of delivering over 1MW of power. We are actively developing liquid-cooled cable technology to handle current exceeding 500A safely.
Our smart controllers utilize AI to distribute power dynamically across multiple dispensers, preventing grid overloads while maximizing charging speed for the most critical vehicles.
Heavy-duty fleets act as giant mobile batteries. Our chargers support Vehicle-to-Grid technology, allowing fleet operators to sell energy back to the grid during peak demand.
Industrial environments are harsh. Our heavy-duty units feature IP65 and IK10 ratings, ensuring operational integrity in mining dust, coastal salt spray, and arctic temperatures.
Seamless integration with any fleet management software via the latest Open Charge Point Protocol, ensuring future-proof investment and remote diagnostics.
Our systems integrate directly with PV arrays and BESS (Battery Energy Storage Systems) to reduce operational costs and maximize green energy utilization.
B2B buyers, municipal governments, and logistics giants have specific requirements when sourcing from a Heavy Duty EV Chargers Manufacturer. It isn't just about the price; it’s about the Total Cost of Ownership (TCO).
Enterprises are looking for:
Tailored solutions for diverse industrial landscapes across the globe.
Overnight depot charging for electric bus fleets. Our sequential charging logic ensures all buses are at 100% by 5:00 AM without exceeding peak grid capacity.
Ruggedized mobile DC chargers for remote sites. Designed to handle vibration, extreme heat, and high-altitude operation for electric excavators and dump trucks.
High-density charging for urban delivery vans. Compact dual-gun dispensers that maximize parking space while providing 60-120kW fast charging.
Greenvora and our manufacturing arm, Fonsencharge, represent the pinnacle of Chinese engineering in the EVSE (Electric Vehicle Supply Equipment) sector. We adhere to the technical enterprise model, integrating scientific research, design, manufacturing, sales, and service.
Our core advantage lies in our Independent Development Ability. Unlike assemblers, we design our own charging master control boards. This allows us to offer deep ODM customization that others cannot match. Whether you need a specific communication protocol for a proprietary fleet or a unique hardware form factor for extreme environments, our R&D team delivers.
By leveraging China's robust electronics supply chain, we provide high-power charging modules with superior power density and thermal efficiency at a price point that accelerates your ROI (Return on Investment).
From portable units to high-power stationary systems, we cover every charging need.
Greenvora adheres to the technical enterprise, scientific research, design, manufacturing, sales and service in one. We specialized in providing system energy solutions for customers. With cooperation across dozens of large charging pile related enterprises globally, we are your trusted partner for heavy-duty electrification.