For a sustainable and responsible future.
With our technology we are pushing forward a sustainable mobility.
By 2040, Matrix Charging® is projected to enable up to 162 million tons of CO₂e savings. By accelerating EV adoption, enabling lighter vehicles that use fewer raw materials, and supporting seamless grid integration, we are proud to be transforming mobility and advancing the transition to a sustainable future.
To put this into perspective, these savings are equivalent to flying over 92 million passengers from New York to Los Angeles.
Accelerating EV adoption
Matrix Charging® charging addresses barriers like range anxiety and charging complexity, making EVs more accessible. It enhances convenience and reliability, accelerating the transition from ICE vehicles Evs and reducing emissions by 47% per vehicle compared to ICE cars[1], on average 257 kg CO₂e per vehicle over its lifetime.
Key Impact
- Global projections show a steady growth, reaching 72,91 million vehicles sold in 2040[2].
- Matrix Charging contributes to 50 % of the EV market with automated charging by 2040.
- Enhanced charging convenience turns 12% of intenders into EV adopters.
[1] „Comparative life-cycle greenhouse gas emissions of a mid-size BEV and ICE vehicle“, IEA, 2021.
[2] „Electric Vehicle Outlook 2024“, Bloomberg NEF, June 2024.
Enabling lighter & more efficient EVs
Matrix Charging® reduces battery size by enabling more frequent, seamless charging. This minimizes resource use and manufacturing emissions, cutting them by 10 % and saving 609 kg CO₂e per vehicle over its lifetime[1]. Additionally, the reduced battery weight improves energy efficiency.
Key Impact
- 7,12 kWh reduction in average battery capacity per vehicle.
- 26,37 kg weight reduction, improving energy efficiency.
- Frequent AC charging improves battery longevity and efficiency over DC bursts.
[1] “Future greenhouse gas emissions of automotive lithium-ion battery cell production”. C. Xu et al., 2022.
[2] „Usable battery capacity of full electric vehicles“, EV Database, 2024.
Empowering smarter grid integration
Matrix Charging® supports seamless vehicle-to-grid (V2G) integration by making the charging process smooth and easy. This enables renewable energy storage and reducing peak demand strain[1]. This increases grid stability and lowers emissions, saving 22 kg CO₂ per vehicle over its lifetime.
Key Impact
- Prolonged grid connection enables energy storage and peak shaving.
- Supports 60% V2G adoption, reducing reliance on fossil fuels.
- Cuts carbon intensity by 4.9 g CO₂e per kWh through optimized energy management[2].
[1] “Effect of Penetration levels for Vehicle-to-Grid Integration on a Power Distribution Network.” A. Simarro-Garcia et al., 2023.
[2] “The Role of Electric Vehicle Charging Technologies in the Decarbonisation of the Energy Grid,” J. Waldron et al., 2022.
Best-in class charging efficiency
Matrix Charging® delivers a best-in-class charging efficiency exceeding 95% (with 99% transfer efficiency), outperforming inductive charging by an average of over 7 percentage points[1]. This efficiency remains unaffected by alignment or environmental conditions, ensuring consistent performance. By minimizing energy losses throughout the vehicle’s lifetime – especially when combined with bidirectional charging (V2G) – Matrix Charging® significantly reduces energy demand, enabling savings of up to 42 kg CO₂e per vehicle over its lifetime.
[1] “A Comprehensive Review of the Recent Development of Wireless Power Transfer Technologies for Electric Vehicle Charging Systems”, A. Sagar et al., 2023
Sustainable Development Goals
Easelink aligns its business with the sustainable development goals and takes corporate social responsibility seriously.
clean energy
Ensure inclusive and equitable quality education and promote lifelong learning opportunities for all.
At Easelink with Matrix Charging® we ensure the most efficient and sustainable method of electric vehicle charging via an automated conductive connection. The share of renewable energy used for charging can be increased by automatically connecting vehicles to the grid whenever they are parked.
Easelink’s technology is suited for bidirectional charging. Vehicle-to-grid (V2G) is a cost-effective solution for energy storage to provide the additional flexibility needed for large-scale renewable uptake.
economic growth
Promote sustained, inclusive and sustainable economic growth, full and productive employment and decent work for all.
At Easelink, we actively promote inclusive and sustainable economic growth by leveraging our distinctive patented technology, fostering team growth, and prioritizing professional development. These elements are essential for scaling our technology to achieve global standardization. Our commitment to providing decent work aligns with our vision for a sustainable tomorrow.
and infrastructure
Build resilient infrastructure, promote inclusive and sustainable industrialization and foster innovation.
At Easelink we are enabling resilient, reliable, and sustainable charging infrastructures by embedding the charging stations directly into our road infrastructure. Inclusive access for everyone is guaranteed through hassle-free installation in both public and private spaces.
and communities
Make cities and human settlements inclusive, safe, resilient and sustainable.
At Easelink, we play a vital role in ensuring safe and inclusive access to charging infrastructure that is both barrier-free and devoid of tripping hazards. The world’s cultural and natural heritage sites are preserved and safeguarded through the seamless integration of charging pads into roads. Easelink not only facilitates the widespread adoption of electric vehicles in cities but also contributes to reducing air pollution.
and production
Ensure sustainable consumption and production patterns.
At Easelink, our Matrix Charging® technology guarantees efficient, bidirectional utilization of renewable energy between vehicles and the grid. We transform electric vehicles into accessible, flexible resources for the grid by automatically connecting them whenever parked. By maximizing connection time, we can significantly reduce vehicle battery sizes and, consequently, vehicle weights.
