A generic fuel cell backup power platform is developed, aimed at meeting early fuel cell market
requirements. The unique modular platform is scalable from 1 to 5kW, and the resulting systems are
fuell
The obejctive is to develop a second generation climate kit for extreme climate region. The starting point is
a first generation system from Dantherm Power. There is a niche market for such systems
The project aims to develop a business area with-in the field of small biomass-fired cogeneration plants by
demonstration the operation of a 100 kW plant based on ORC technology. The facility must
Using an optimal combination of recent danish developments in efficient technologies for pretreatment,
enzymatic hydrolysis and of modified fermenting yeast, 2. generation bioethanol can in theory at
MegaDrive has developed a fuel cell systems for large material handling vehicles. For material handling actual system designs has been developed and laboratory-testes confirm the reach of targets
The aim of the proposed project is to develop reliable and efficient combustion systems based on
integration of an advanced vision-based sensor and extended grate controllability with an adequate
inte
The objective of this project is to develop a gasification technology that can utilize low quality biomasses
in the energy sector in an efficient and flexible way. This objective is achieved by
The project aims to design and integrate a range extender concept into the modular vehicle platform in the
Qbeak battery electrical car. Hereby, a flexible configuration, clean emission, short
The project aims to develop improved stack modules and integrated units (Topsoe PowerCores) based on ceramic fuel cells (SOFC), making them suitable for use in field demonstration projects in Europe
Gas from biomass gasifiers contains both dust and tars, and both components are serious challenges for the downstream equipment as gasturbines and catalytic reactors. This project will test
The vision of the project is to develop a durable, efficient and safe fuel cell (FC) technology, which is suitable for larger scale peak shaving systems in relation to wind mills and SMART grid