PHYTEC and PIONIX have introduced the EVCS-Cube, a comprehensive development kit for ac and dc charging applications. The kit integrates PHYTEC’s phyVERSO-EVCS charge controller with PIONIX’s BaseCamp OS, built on the open-source EVerest firmware stack. It is designed to help charging solution manufacturers accelerate product development.
The ready-to-use EVCS-Cube Basic version, focused on ac testing, is available immediately and includes housing and all electronic components. The EVCS-Cube PoC version, which supports dc charging, will launch in Q1 2025. Each kit comes with an evaluation license for PIONIX BaseCamp, a forward-compatible operating system for charging stations.
PIONIX BaseCamp simplifies station development and ensures compliance with key industry standards as part of the Linux Foundation Energy’s open-source Everest framework. Both companies provide comprehensive hardware and software support.
Addressing interoperability challenges
The EVCS-Cube tackles one of the critical issues in electromobility: interoperability within charging infrastructure. The package is built to support widely adopted standards, including IEC 61851, ISO 15118-2 (ac and dc), DIN SPEC 70121 (dc) for CCS and TYPE 2 solutions, and OCPP 1.6 and 2.0.1 protocols.
It also integrates features for Plug&Charge, load management, remote access, and communication with vehicles, infrastructure, and payment systems.
Scalable deployment
The phyVERSO-EVCS dual-port charge controller, featuring a powerful ARM quad-core processor, supports ac and dc charging processes, including high-power charging (HPC). PHYTEC offers design-in support and volume production services, with customizable features enabled by the modular electronics design. Prototype development, including custom adaptations, can be completed in approximately ten weeks at competitive costs.
Beyond the EVCS-Cube, PHYTEC provides System on Modules (SoMs), Single Board Computers (SBCs), and fully customized charging electronics development services. Scalable product variants and upgrades are achievable using modules with pin-compatible footprints, such as NXP i.MX 6UL/ULL, STM32MP13x, and NXP i.MX 91/93 processors, without requiring baseboard redesign.
The EVCS-Cube was developed specifically for electromobility solution manufacturers, enabling rapid prototyping and testing. The EVCS-Cube Basic includes essential components such as power meters, contactors, residual current detection, charging indicators, and a stop button. The EVCS-Cube PoC version adds dc charging capabilities, insulation monitoring, and a dc power supply unit. Both kits can be optionally expanded with features such as WiFi, LTE, displays, NFC, fans, and temperature sensors.
Filed Under: Charging, Technology News