Unpluxera provides grid-independent EV charging solutions with autonomous solar carports. These carports integrate solar and wind power with battery storage for ultra-fast DC charging, bypassing grid connection costs and delays. The platform also enables owners to sell surplus energy through a peer-to-peer trading model.
Funding
$3.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
BVDCGVLCFounders
Product
Problem
Connecting new EV fast chargers to the existing power grid in Germany is hindered by significant costs, often ranging from €20,000 to €80,000, and extended permitting timelines exceeding one year. These infrastructure limitations and bureaucratic processes impede the scalable and sustainable deployment of essential charging capabilities for the growing electric vehicle market.
Solution
Unpluxera offers autonomous solar carports that provide 100% grid-independent EV charging solutions. These carports integrate hybrid solar and wind power generation with robust battery storage systems to ensure continuous, ultra-fast DC charging. By eliminating the need for grid connections, Unpluxera bypasses associated costs and lengthy permitting procedures, enabling rapid deployment. Furthermore, the platform facilitates a peer-to-peer energy sales model, allowing carport owners to monetize surplus energy and transform charging infrastructure into a revenue-generating asset.
Target Audience
The primary customers are entities seeking to deploy EV charging infrastructure without reliance on the traditional power grid, including commercial property owners, fleet operators, and municipalities in Germany.
Features
- Hybrid power generation combining solar and wind energy for continuous energy supply.
- Integrated high-capacity battery storage for ultra-fast DC EV charging.
- Grid-independent operation, negating the need for external power grid connections.
- Turnkey solution encompassing delivery, installation, and ongoing maintenance.
- Peer-to-peer (P2P) energy trading platform for selling surplus electricity.
- Autonomous system design minimizing operational oversight.