Werenode develops a blockchain-based platform that connects and registers electric vehicle (EV) charging stations, enabling users to share their charging equipment and receive compensation. This solution provides real-time analytics and ensures the audibility of transactions, addressing the need for transparency and accessibility in the EV charging ecosystem.
Funding
Funding not disclosed
Founders
Product
Problem
Electric vehicle (EV) owners lack a seamless way to share their charging stations and receive compensation, hindering the growth of a decentralized and accessible EV charging infrastructure. Existing solutions often lack transparency and real-time analytics for both station owners and EV users.
Solution
Werenode offers a blockchain-based platform that connects EV charging station owners with EV users, enabling the sharing of charging equipment and facilitating transparent compensation through smart contracts. The platform allows owners to register their charging stations and set pricing, while EV users can easily locate and utilize available charging points. By leveraging blockchain technology, Werenode ensures transaction audibility, real-time analytics, and a simplified path to new EV services such as Plug & Charge, Smart Charge, and Vehicle-to-Grid (V2G) capabilities. This decentralized approach promotes the development of a more extensive and accessible EV charging network.
Target Audience
The primary target audience includes EV charging station owners seeking to monetize their equipment and EV users looking for convenient and transparent charging options.
Features
- Blockchain-based registration of EV charging stations using Tezos smart contracts
- Mobile app for EV users to locate, access, and pay for charging services
- Real-time analytics dashboard for charging station owners to monitor usage and revenue
- Support for various EV charging services, including Plug & Charge, Smart Charge, and V2G
- Native utility tokens (WRC on Tezos and BWRC on Binance Smart Chain) for transactions and payments
- Integration with energy consumption and production data for optimized charging
- Framework for fleet management of EV charging stations