Wenzhou – September 07, 2026 -- EV charging infrastructure provider EVB has won both the iF DESIGN AWARD 2026 and the Red Dot Award: Product Design 2026 for its BUDC dual-connector DC fast charger, a 150 kW unit measuring roughly 100 mm in thickness.
Slim 100mm body targets Europe's space-constrained fast-charging sites
The BUDC addresses a recurring installation challenge for European DC fast-charging projects: fitting high-power equipment into limited space. Its flat design supports both wall-mounted and recessed installation across urban streets, parking facilities, bus and truck depots, and fleet yards.
Dual CCS2 connectors share 150kW output via intelligent power allocation
The unit can be configured with two CCS2 connectors and carries an IP65-rated enclosure for outdoor use. A single connector can deliver up to 150 kW, while intelligent power allocation splits capacity when two vehicles charge simultaneously. Liquid cooling and independently replaceable AC, DC, and control modules are built in to simplify maintenance.
EVB CEO says design proves charging hardware can scale without disrupting space
EVB CEO Jundan Wang said the dual recognition confirms that charging infrastructure can deliver high performance without disrupting the spaces where it is installed, adding that the BUDC was designed to help charging operators and fleet customers use limited space more efficiently while maintaining a reliable charging experience.
European compliance package includes CE, TÜV certification and OCPP support
The BUDC sits within EVB's broader DC charging lineup, which spans from 3.7 kW AC chargers to 2,000 kW megawatt charging systems. For its European portfolio, EVB offers CE-marked and TÜV-certified models supporting OCPP 1.6J/2.0.1 and ISO 15118 Plug & Charge protocols. Depending on model and project configuration, EVB can also provide Measuring Instruments Directive (MID)-compliant metering, credit and debit card payment, and contactless payment options for European charge point operators and public charging networks.