Pleevi provides intelligent energy management software for EV charging infrastructure, offering simulation tools for strategic planning and real-time optimization for operations. Their platform uses AI forecasting and mathematical optimization to reduce energy costs and prevent grid overloads across workplaces, depots, and charging sites. This results in significant energy cost savings while ensuring vehicles are charged efficiently according to demand and site constraints.
Funding
Funding not disclosed
Founders
Product
Problem
Managing electric vehicle (EV) charging for businesses and parking facilities can be complex and costly due to fluctuating energy prices, grid constraints, and the need to integrate with on-site renewable energy sources. Inefficient charging schedules can lead to high peak demand charges and underutilization of local solar energy production.
Solution
Pleevi offers an AI-powered smart charging solution that optimizes EV charging schedules based on real-time data, including departure times, local solar production, building load, grid constraints, dynamic energy prices, and peak penalties. By intelligently planning charging sessions, Pleevi reduces charging costs, maximizes the use of local renewable energy, and supports complex electrical topologies with multiple fuse levels and up to 1000 charging points. The platform provides cost-optimized power profiles for the next 24 hours, with real-time updates based on local events, ensuring efficient and cost-effective EV charging.
Target Audience
Pleevi targets businesses, parking managers, and fleet operators looking to reduce EV charging costs, maximize local energy consumption, and efficiently manage complex charging infrastructures.
Features
- AI-driven optimization algorithm for smart EV charging scheduling
- Integration with local solar energy production and building load management systems
- Consideration of grid constraints, peak penalties, and dynamic energy prices
- Support for complex electrical topologies with multiple fuse levels
- Cost-optimized power profiles updated in real-time
- Flexible APIs for seamless integration into existing charging platforms
- Compatibility with various charging sites for cars, trucks, and buses