Meet us at

CES 2025

Join us at one of the world’s largest technology events, CES 2025, the ideal place to connect, and explore innovations shaping the future of technology.

At our booth, we’ll showcase our latest advancements in EV charging solutions, designed to simplify charger development and improve efficiency for industrial players. We drive innovation in electric vehicle technology, catalyzing charging infrastructure, and simplifying the development of EV chargers.

German Pavilion, Las Vegas Convention Center, NV, USA 

 January 7-10, 2025

Venetian Expo - Booth 50339

Join us there and discover:

Discussion on the "BCG x EcoG" Whitepaper
Distributed Charging Architecture
Megawatt Charging System (MCS)
Bi-directional Charging
⚡Charge Controller, charger development and more.

 

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Background_Ecog_New_icon_31-10-24_small

INNOVATORS

Meet Us There

Secure your meeting slot and chat with us at Venetian Expo, Halls A-D - 50339-20

Joerg

Jörg Heuer

Founder & CEO
joerg@ecog.io

An active advocate for e-mobility in close cooperation with Siemens, BMW, Volvo, Porsche, etc., Jörg envisions EV charging seamlessly integrated in daily customer journeys.

Veronika

Veronika Dickert

Senior Business Development Manager
veronika@ecog.io

A marketing and communication enthusiast, Veronika brings her expertise in digital software services in the field of e-mobility and energy management.

Bob_round

Robert Skinner

Managing Director U.S.
robert@ecog.io

Michigan-born entrepreneur, renowned for his automotive expertise, and having served as a former Executive at Ford Direct, Robert brings key insight into AI and EV Infrastructure, shaping the future of mobility.

ABOUT US

Catalyzing Charging Infrastructure

At EcoG, we empower the scaling of charging infrastructure and accelerate emission-free mobility.

BCG x EcoG

Modular architecture: The future of scalable EV charging

Boston Consulting Group (BCG) and EcoG join forces to examine the shift in electric vehicle (EV) charging infrastructure from traditional stand-alone systems to modular architectures.

The global EV market is projected to grow at 28% CAGR, requiring over 122 million charge points by 2030.

This white paper compares two major charging site layouts: stand-alone and modular architectures. Stand-alone systems integrate power electronics directly into each charger, while modular systems centralize power electronics in a separate unit, dynamically distributing power to individual chargers. Modular architecture is shown to provide greater scalability, flexibility, and adaptability for high-growth scenarios, particularly for large charging hubs and commercial fleet depots.

Charge Point Operators (CPOs) are advised to adopt modular systems for large-scale and scalable projects, while recommending stand-alone systems for smaller, stable installations.

Learn more about the modular Powerblock & Dispenser architecture as the emerging trend of scalable, flexible EV charging infrastructure.

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Group 2079

Powerblock, dispenser and more

Distributed Charging Architecture

What is Distributed Charging Architecture?
Compared to stand-alone chargers where all components needed for DC charging are merged together into one monolithic housing, power electronics in Distributed Charging Architecture are externalized into a separate unit called powerblock, providing a central DC power source to dispensers which are EV-driver facing. Sometimes this is also referred to as satellite architecture. 

What is EcoG doing?

As market leader of reference designs for EV DC charger manufacturers, EcoG is catalyzing this architecture to become mainstream and to complement the offering of stand-alone charging set-ups. EcoG takes a visionary approach by providing a reference design and control for both the powerblock and the dispenser — the EcoG Powerblock Starter Kit and the EcoG Dispenser Starter Kit. The two comprehensive kits provide reference designs, and serve as living implementations for building a series production.

Why is it important?

Bi-directional-capable vehicles, such as those from VW, are hitting the market in 2024. Now, regulatory processes need to be fast-tracked to make bi-directional charging ready for roll-out to the mass market.

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Products_EcoG Blueprint

MCS

Megawatt Charging System

What is Megawatt Charging?
MCS, or Megawatt Charging System for large-scale commercial electric vehicles, will be the next significant infrastructure advancement.

What is EcoG doing?
EcoG’s integrated hardware and software products will allow manufacturers and businesses to develop a standard charging solution to service heavy-duty electric vehicles like trucks, buses, and ships. EcoG has engaged with more than 60 component partners, including converter and charging connector
manufacturers, to help charging station manufacturers kickstart their MCS charger series launches.

Why is it important?
The new solution enables charging with power over 1MW (up to 3MW) and includes a new connector type as well as protocol adjustments.
With the final specifications of the earliest products expected in 2024, the full-scale rollout of MCS could be as soon as 2025.
The US market is a first mover with quite high
commitment (e.g. already ~8 cable manufacturers) and MCS is expected to be pushed by Inflation Reduction Act.

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EcoG Mission

V2X

Bi-directional Charging

What is Bi-directional Charging (BiDi)?

Vehicle-to-grid (V2G) technology is a game changer in charging infrastructure. Wheeled energy storage devices on the move already scale up to 1% of the overall electrical storage capacity in the U.S. grid. One BEV, for example, can temporarily supply a home for up to a week.

What is EcoG doing?

EcoG has driven forward the implementation guide of the ISO 15118-20 standard in CharIN together with the automotive and charging infrastructure industry. The technology with the above ISO standard is proven to be working. In addition, EcoG is developing a Starter Kit for bi-directionalcharging to make the technology available to the mass market.

Why is it important?

Heat pumps and electric cars are growing in popularity, posing challenges for the power grid. Bi-directional charging allows electric vehicles to store and redistribute energy, aiding grid stability during peak demand.

Bi-directional-capable vehicles, such as those from VW, are hitting the market in 2024. Now, regulatory processes need to be fast-tracked to make bi-directional charging ready for roll-out to the mass market.

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EcoG Vision

Tailored Solutions for Your DC Charger Development Needs

New Entrants
Become a Charging Station Manufacturer

Are you new to the EV charging market and eager to launch your product within as little as 6 months?

Market Players
Build the Next Level Charging Technology

Are you manufacturing EV charging stations and ready to take your DC chargers to the next level?

CPOs
Best in Class Chargers for CPOs

Are you a CPO and want to find out why chargers with EcoG Universal Core inside are the better solution?

Value-added Services
Customized Applications with EcoG OS

Are you a retailer, fleet operator or HPC site operator and want to integrate charging seamlessly into your business processes?