As an expert in the charging pile industry, EVDANCE has rich experience in the development and manufacturing of intelligent EV charging solutions. This is where we turn our engineering insights into knowledge and share them with the global EV community.
Serial numbers, component lots and test records form the chain that scopes a recall to the affected units. What gets recorded and what buyers should specify.
AC chargers pass current through; DC chargers convert it in the station. That one difference reshapes the components, test bays and skills on each line.
A DC fast charger is built from power modules, a cooling system and a sealed cabinet. How the build comes together, stage by stage, and which records verify it.
DC charger ratings are assembled from standard power modules. How 20, 30 and 40 kW blocks change granularity, redundancy and spares for engineering buyers.
Air or liquid cooling is a design-time choice that shapes a DC charger’s parts list, sealing, noise and service model. The trade-offs manufacturers weigh.
A charging module is the sealed power unit inside a DC fast charger that converts grid AC into controlled DC. What it does, what is inside, and how it differs from a battery module.
A portable charger’s protection is packed into its in-cable control box. What fits, what stays on the circuit, and which documents prove it.
European IC-CPD design in three rules: test the cord set as one product, design fault detection for DC, and rate the set for its shipped plug.
A NACS-to-CCS1 adapter is a passive high-current joint. How it is engineered, what it is tested against, and the evidence a buyer should see.
Connector heat starts at the contact interface. Why sensor placement decides what protection can see — and the questions buyers should ask.
