Ohme develops smart home chargers that utilize dynamic technology to optimize electric vehicle charging by integrating with various energy tariffs, ensuring users access the cheapest and greenest energy available. This approach addresses the high costs and inefficiencies associated with traditional EV charging methods, enabling users to save over £400 annually.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional electric vehicle (EV) charging methods often lead to high costs and inefficient energy usage due to the lack of integration with dynamic energy tariffs and real-time grid data. This results in EV owners missing opportunities to charge their vehicles using the cheapest and greenest energy sources available.
Solution
Ohme provides smart home EV chargers that utilize dynamic technology to optimize EV charging by integrating with various energy tariffs and real-time grid data. The chargers automatically provide users with the greenest and cheapest energy, ensuring vehicles are charged when demand is low and renewable energy is abundant. This integration allows users to save money on charging costs while also supporting a more sustainable energy grid. Ohme chargers are designed to be easy to use and future-proof, offering a seamless charging experience for EV owners. The company also offers installation services to ensure a safe and high-quality setup.
Target Audience
The primary target audience includes electric vehicle owners looking to reduce charging costs and maximize the use of renewable energy, as well as businesses, new developments, installers, and energy suppliers seeking comprehensive EV charging solutions.
Features
- Dynamic charging technology that integrates with all energy tariffs, including EV-specific and off-peak tariffs
- Real-time data utilization to automatically select the cheapest and greenest charging times
- Mobile app for monitoring and controlling charging sessions
- Compliance with new smart charger regulations
- Compact design suitable for home installation
- Integration with solar charging technology to utilize excess solar generation
- Grid connectivity for access to cheaper and greener energy when demand is low