문의하기
.png)
| 기술분야 | 전자/전기 |
|---|---|
| 개발상태 | Available for demonstration |
| 보유기관 | |
| 기술유형 | |
| 지식재산권 | IPR granted |
| 보유국가 | 이탈리아 |
- 제품소개
Summary
폴리머 전해질 탑재한 부스트 연료전지(PEMFC - Proton Exchange Membrane Fuel Cell)Description
An Italian company has developed and patented a new Fuel Cell technology which represents the latest evolution of fuel cells with polymer electrolyte (also known as PEMFC - Proton Exchange Membrane Fuel Cell), and involves a sharp increase in energy yield, taking it from 30% to 70%.
This technology allows the controlled oxidation-reduction of hydrogen and oxygen in separate chambers, aimed at the
production of electricity in the form of direct current. The energy thus obtained can be used for self-consumption, with considerable cost savings by a large user, or for sale on the market by an institutional electricity producer. The proposed technology also allows, thanks to a differentiated management of the supply gases, to increase the performance in terms of efficiency and duration of the PEM fuel cells.
The new Fuel Cell technology can be effectively used in the renewable energy supply chain. These energy sources are
in fact by their nature inconstant and the excess energy produced when they are operational can be transformed into molecular hydrogen. H2, in turn, can be used in a Fuel Cell in times of need when the renewable source is not available.
In addition to renewable sources and water, molecular hydrogen can also be obtained through the reforming process from methane and other hydrocarbons. Companies interested to adopt such a technology and to introduce it in their energy plants or products are sought for commercial agreements with technical assistance.
Technology Keywords
004002001 - Fuel cell, hydrogen production
Market Application Keywords
06010003 - Energy for Industry
06009 - Energy Distribution
06007001 - Other energy production
06003008 - Other alternative energy
Type and Role of Partner Sought
The production, storage and reuse of hydrogen in fuel cells allows not to lose the excess peaks of electricity production from renewable sources. Companies interested to adopt such a technology and to introduce it in their energy plants or products are sought for commercial agreements with technical assistance.
SME <=10
SME 11-49
Big company
SME 50 - 249
Type of Partnership Considered
Commercial agreement with technical assistance