RiDERgy: SaaS for automatic, low cost, greener EV-fleets charging
Provide a scalable, flexible API-first software to EV owners and fleets to steer the charging process and achieve the lowest charging costs using grid-friendly green electricity and smart algorithms.
Supported by: EIT Urban Mobility
Product Details
Renewable energy resources are volatile in production and prices. For successfully decarbonizing electricity production and keeping the grid stable, flexible power demand and batteries are needed. EVs provide both. However, most EV owners don’t leverage on this potential, struggling to charge with green energy and low costs.
RiDERgy electrifies and charges fleets efficiently to accelerate EV adoption and 100% renewable electricity, achieving lower costs and less environmental impact for mobility. RiDERgy's SaaS platform offers an optimized charging schedule and dashboard, and steers charging using smart algorithms and flexible APIs to different systems like chargers, vehicles, inverters, meters and dispatching systems. By considering power market, grid, charging infrastructure, local energy system and mobility data, it increases cost savings, help grid stability, and assure vehicles uptime.
Renewable energy resources are volatile in production and prices. For successfully decarbonizing electricity production and keeping the grid stable, flexible power demand and batteries are needed. EVs provide both. However, most EV owners don’t leverage on this potential, struggling to charge with green energy and low costs.
RiDERgy electrifies and charges fleets efficiently to accelerate EV adoption and 100% renewable electricity, achieving lower costs and less environmental impact for mobility. RiDERgy's SaaS platform offers an optimized charging schedule and dashboard, and steers charging using smart algorithms and flexible APIs to different systems like chargers, vehicles, inverters, meters and dispatching systems. By considering power market, grid, charging infrastructure, local energy system and mobility data, it increases cost savings, help grid stability, and assure vehicles uptime.
