As modern DC fast charging networks advance to support shorter charging times, broader vehicle compatibility and smarter energy integration, focus is now being placed on the core technologies inside the charger. At the heart of every high-performance charging system is the power module, quietly responsible for how efficiently and reliably power flows from the grid […]

With several sets of our liquid-cooled all-in-one BESS successfully commissioned in Europe recently, Ewicharge is helping C&I facilities and fast charging hubs enhance energy flexibility and grid resilience. How can commercial energy storage systems deliver tangible benefits to businesses? It’s more than storing energy—it’s about unlocking revenue and avoiding infrastructure bottlenecks. Today’s C&I storage buyers are looking beyond

Can you imagine that the electricity can move as flexibly as information does on the internet? It’s called Energy Interconnection actually. Before, electricity can flow in one way only, from the generation side to the user side. And how much electricity for use was largely determined by the amount that was generated. Now, with energy

Noise pollution is a significant issue affecting both end users’ experience and the surrounding community at electric vehicle (EV) charging stations. Fan cooling modules typically produce up to 65dB of noise, while fan cooling direct-current fast charging (DCFC) systems also reach 65dB. Liquid cooling modules eliminate the need for cooling fans, by utilizing cold plates

The electrification of trucks is an inevitable trend in the global transportation sector under the goal of carbon neutrality. Especially, the electrification of heavy-duty vehicles is a key building block for the transport transition. In long-haul transport alone, 100,000 electric trucks weighing 40 tons can save up to 10 million tons of greenhouse gas emissions

Fleets are essential to everyday life and the transportation industry, varying from light-duty delivery vehicles to heavy-duty trucks. In Europe, fleet vehicles account for more than 40% of total vehicle kilometers and half of total emissions from road transport. The transition of fleet vehicles from internal combustion engines (ICE) to electric vehicles (EV) is called

The rapid evolution of electric vehicles (EVs) has been equally advancing charging infrastructure. With DC fast charging now reaching unprecedented power levels, the industry is pivoting toward ultra-high-power (UHP) solutions to meet the growing needs for long-distance EV travels. Modern fast charging networks must cater to diverse use cases: ▪️Highway charging stations provide fast on-the-go

  The electrification of mining vehicles is transforming the image of this industry and heading towards decarbonisation. Charging an electric mining truck is comparable to charging seven Tesla cars simultaneously. It happens daily and requires a robust charging infrastructure. Electric mining trucks, like haul trucks, dump trucks and underground loaders, are often equipped with powerful

When planning a high power charging (HPC) point, one of the key considerations on the checklist is to assess local grid infrastructure. Specifically, it’s essential to determine the charging demand and assess peak power demand to align with existing AC grid capacity and local transformer capacity. Additionally, it’s necessary to analyze the grid power quality