JUMP-START
the Development
of your EV Charging Solution
EVCS-Cube is a plug-and-play development kit for EV-charging stations
Directly start testing and developing your EV charging solutions
All electronic components and housing included
Preinstalled open-source based Charger OS BaseCamp
Our combined expertise for your market success
These expert partners have joined forces to support you in the development of your products for professional EV charging:
Embedded hardware:
Modular phyVERSO-EVCS charge controller and individual developments
Charger OS & software:
Cutting-edge operating systems and software for EV chargers, based on open source
Embedded Engineering:
Electrical- and Software engineering and customization for highly integrated embedded systems such as EV chargers.
System integration:
Electrical engineering services in the fields of electromobility & charging technology
Housing engineering:
Specialized in the customer- specific development and construction of housings for DC charging stations
How can we speed up the development of your EV charging product?
Let’s talk about your ideas and projects! Together we’ll find the ideal solution to support your team with our hardware, software and expertise.
EVCS-Cube: All you need to start the development of your EV charging solution
The EVCS-Cube is a plug-and-play development kit for EV charger. It is based on the scalable and modular charge controller phyVERSO-EVCS and has been developed by PHYTEC in close cooperation with PIONIX.
The development kit includes the charge controller and all necessary hardware components to enable basic charging operations right out of the box –pre-assembled in a compact housing.
Kit content: What you get with EVCS-Cube
There are two versions of EVCS-Cube available:
| PoC | Basic | |
|---|---|---|
| phyVERSO-EVCS Baseboard | ||
| Eastron AC Power Meter | ||
| 12V Power Cable (only necessary when using the phyVERSO-EVCS on its own) | ||
| Commissioning guarantee & design-in support (Optional) | ||
| Optional expansion modules | ||
| WiFi, LTE, display, NFC, fan, temperature sensor and individual modules on request | ||
| AC side protection (LS, RCD, etc.) | ||
| AC charging socket | ||
| DC Contactors | ||
| LVDS Display | ||
| DC Charging cable | ||
| Huawei DC Power supply | ||
| EVCS-Cube PoC (for DC charging) |
EVCS-Cube Basic (for AC charging) |
The EVCS-Cube is fully compatible with the open-source firmware stack EVerest. A test license of the PIONIX BaseCamp charger OS is already pre-installed and part of the EVCS-Cube.
BaseCamp simplifies the development of charging stations and ensures compatibility with the latest industry standards. It is based on the open source framework EVerest, which was initiated by Pionix and is now part of the Linux Foundation Energy.
PIONIX BaseCamp supports all common communication protocols
- IEC 61851-1:2017/SAE J1772 PWM
- Basic Charging ISO 15118-2:2014 AC + DC
- extended DIN SPEC 70121:2014 DC
- OCPP 1.6J + additional profiles
(incl. OCPP 1.6 Security Whitepaper (3rd edition) using ISO 15118 Plug & Charge with OCPP 1.6/OCPP & California Pricing Requirements)
- OCPP 2.0.1. (technical preview)
- ISO 15118-20:2022 (technical preview)
- OCPP 2.1 CHAdeMO (Roadmap)
Supported by Component Partners:
GET STARTED NOW:
Order your EVCS-Cube
Your roadmap to market success: What you can do with EVCS-Cube
phyVERSO-EVCS and PIONIX BaseCamp
With the EVCS-Cube, you can immediately test and evaluate the PHYTEC phyVERSO-EVCS charge controller, the PIONIX BaseCamp operating system, and the integration of hardware and software. Out-of-the-box, it supports basic charging for many vehicles, allowing you to quickly start developing your own charging application.
Build you individual Proof of Concept
All components within the EVCS-Cube are logically organized and wired according to the latest standards and best practices. The included components are also suitable for volume deployment. Additionally, all elements – both hardware and software – can be easily replaced or expanded. Sufficient space is provided within the Cube for flexibility.
Get to market faster, with 5 Expert Partners
Choose the expertise you need to complement your own know-how. These partners have joined forces to ensure the success of your project, offering proven components that help keep development costs manageable and risks limited:
EVCS-Cube is build around the powerful and fully populated phyVERSO-EVCS 2-port charge controller, developed and produced by PHYTEC. With its modular design, it can be customized for individual charging products. In addition to the hardware and this service, PHYTEC also offers System on Modules and individual embedded electronics including software, design-in support and lifecycle-services that accelerate your development.
PIONIX BaseCamp is a robust and future-ready operating system for EV chargers that simplifies charger development while ensuring compatibility with the latest industry standards. It's based on the open-source technology EVerest, a software stack specifically developed for EV chargers. BaseCamp provides a pioneering solution that addresses key challenges faced by EV charger manufacturers and operators.
Frickly Systems combines electrical, mechanical and software engineering to create highly integrated embedded systems. We develop technical products from first ideas until series readiness. With our expertise in tight system integration, EV charging and Pionix Basecamp we enable fast customization of the EVCS cube and charging systems, that are based on its concepts.
CuroCon is your electrical engineering partner for system solutions for charging stations. CuroCon supports you in the design of the hardware, the components and the cabinet, right up to the testing of the entire system in compliance with the calibration law.
In e-mobility, enclosures are essential for mobile charging infrastructure, protecting and housing the technology that enables electric vehicles to charge on the go. ALP develops solutions ranging from compact urban charging stations to robust motorway units, continuously adapting to the growing EV market. Through innovative materials and designs, these enclosures ensure safety, enhance durability, and seamlessly integrate into urban environments—shaping a sustainable future for electric mobility.