Petalite develops a unique AC-DC conversion technology that enhances DC fast charging for electric vehicles, addressing the inefficiencies in current charging infrastructure. Their modular and scalable solutions improve site profitability and charging speed, enabling a more reliable and efficient experience for public charge point operators and commercial fleets.
Funding
$1.3M 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.
Founders
Product
Problem
Current electric vehicle DC fast-charging infrastructure suffers from inefficiencies in AC-DC power conversion, limiting charging speeds and site profitability. Existing charging solutions often lack the scalability and modularity required to meet the evolving demands of both public charge point operators and commercial fleets.
Solution
Petalite addresses these challenges with its unique AC-DC conversion technology (SDC), designed to enhance DC fast charging for electric vehicles. Their modular and scalable charging solutions improve site profitability and charging speed, offering a more reliable and efficient experience. The technology's design prioritizes reliability through redundancy and simplified circuitry, while dynamic power management maximizes the number of charge points without compromising charging speed. Petalite's systems are designed for seamless integration of battery storage, further enhancing energy efficiency through advanced energy management.
Target Audience
Petalite serves public charge point operators seeking to improve site profitability and customer experience, as well as commercial EV fleets requiring reliable, scalable, and modular charging solutions.
Features
- Unique AC-DC conversion technology (SDC) for efficient DC fast charging
- Modular system design for flexible site configuration and effortless scaling
- Dynamic power management to maximize charge points without sacrificing charging speed
- High system efficiency to minimize energy losses
- Scalable charging power for both standard EV fast charging and higher-power megawatt charging
- Integration with battery storage systems for advanced energy management