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EE

Enough Energy

Enough Energy provides modular battery‑boosted EV charging units that combine fast DC charging with on‑site energy storage, eliminating the need for large inverters and reducing grid dependence. The system delivers flexible AC/DC voltage and current outputs from a single battery pack, enabling compact, lower‑cost installations in locations with limited electrical capacity.

Founded 2024111K+ followers
Updated 3 months ago

Funding

$1.1M 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.

Funding rounds are not available yet.

Founders

Product

Problem

Electric vehicle (EV) charging infrastructure often requires extensive grid upgrades and costly power conversion equipment, making deployment difficult in locations with limited electrical capacity or space constraints.

Solution

Enough Energy offers battery‑boosted EV charging systems that integrate on‑site energy storage with fast DC charging, eliminating the need for large inverters and reducing dependence on the grid. Their modular hardware uses advanced power control and battery management electronics to deliver flexible voltage and current outputs directly from the battery, enabling rapid charging even in constrained environments. By replacing traditional power conversion hardware with intelligent software‑driven control, the solution lowers capital costs, reduces physical footprint, and simplifies installation and scaling of EV charging stations.

Target Audience

Primary customers are EV charging network operators, fleet managers, and property developers seeking to add fast charging capability in sites with limited grid capacity or space.

Features

  • Modular battery‑boosted charging units that combine fast DC charging with on‑site energy storage
  • Intelligent power control and battery management electronics that replace bulky inverters
  • Ability to output a wide range of AC or DC voltage and current combinations from a single battery pack
  • Reduced reliance on grid capacity, allowing deployment in locations with limited electrical infrastructure
  • Compact design and streamlined hardware that lower installation complexity and overall system cost
This profile is AI-generated and may contain inaccuracies.