Photo - ENERGY STORAGE based on hybrid supercapacitor
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ENERGY STORAGE based on hybrid supercapacitor

Ukraine, Kyiv city
Market: Power Engineering
Stage of the project: Prototype or product is ready

Date of last change: 11.05.2018
Min investment
$  50.000
0
Total required
$ 300.000
Rating
equalizer 140 из 1000
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Idea

After several years of R&D, we are proud managed to invent energy storage based on a hybrid supercapacitor with a product cost of $70 for 1kWh, energy keeping cost $0,0035 for 1kWh for total cycles and an energy density of 40-50Wh/kg.
Our invention works with the electrolyte on a water basis and not afraid short circuits. It is completely fireproof and 100% ECO-friendly, compared with Li-Ion or Lead-Acid tech.

Current Status

Feasibility prototype has already been produced in Ukraine.
Currently, we are in the process of laboratory resource tests to confirm the claimed resource of more than 20,000 charge-discharge cycles.

Market

The analysis of the world market of power storage devices and its trends for the next 5-7 years looks very optimistic:
World’s leading analytical publications (Mckinsey, Navigant Research and Bloomberg New Energy Finance (BNEF)) confirm the huge prospects of this market. According to the forecast, the market growth will be 5 times or more in comparison with the current values (US $ 5B in 2018 => US $ 25B in 2025).

Problem or Opportunity

The cost of energy storage. Expensive lithium.

Solution (product or service)

Supercapacitor with a product cost of $70 for 1kWh, energy keeping cost $0,0035 for 1kWh for total cycles and an energy density of 40-50Wh/kg.

Competitors

Tesla, Serenity power, other producers of energy storages

Advantages or differentiators

Our invention works with the electrolyte on a water basis and not afraid short circuits. It is completely fireproof and 100% ECO-friendly, compared with Li-Ion or Lead-Acid tech.
The flexible architecture of our invention allows to work with charge-discharge currents from 0.1C to 1000C and produce this product in any form factor, while a wide range of operating temperatures (from -20°C to + 75°C) allows it to be used in various fields, such as: subway recuperation energy accumulation, solar generation energy storage, EV fast charging and so on. At the same time the active components doesn’t degrade from deep discharge and overcharges and has lifetime up to 20 years.

Money will be spent on

equipment for the production of industrial products

Offer for investor

conversation

Team or Management

Invention/Patent

filed a application
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