The purpose of the project was to demonstrate that by using new technologies, materials and operation parameters, the heat losses, the heat flow rate and the total costs of district heating can be
Energy technology research development and demonstration of 2nd generation alkaline electrolysis by: Improved electrode efficiency. Higher operation temperature. Higher operation pressure. Improved
Fuel cell based backup power and UPS was developed with hydrogen from natural gas, LPG or methanol. Potential customers have shown considerable interest in alternative fuels for fuel cells
LINK2009 is a public private partnership. The objective is to develop state-of-art fuel cell systems for hydrogen vehicles and a 350bar hydrogen refuelling station. In Phase 1 is supported by the
The main goal of this project was to assist in facilitating a successful deployment of micro combined heat and power fuel cells to the benefit of society and the environment taking into consideration
The overall purpose of the HyLift-0 project is to develop a first generation HT-PEM / Li-Ion fuel cell system for a class 3 forklift and benchmark this with an existing LT-PEM fuel cell system
The energy saving potential by energy renovating the existing building stock in Denmark is very large but the implementation of energy savings is only carried out to a small extend. In order to
The project worked with three key objectives in the roadmap on Danish fuel cell strategy. Optimisation of fuel cell production, an area in which the project succeeded in saving electricity and raw
This project has developed and tested a new concept for heat exchanger efficiency monitoring that on-line calculates and visualises the energy costs resulting from fouling. This makes it possible to
The project is an international IEA – cooperation project, which will contribute to the goal of making Denmark one of the leading countries regarding development of buildings with a very low use of
The aim of the project is to establish a fundament for the functioning of the equity alliance EnergyBUILD. This fundament will be established through: 1) mapping of potentials for energy savings and
The aim of the project is to obtain significant fuel cell performance and cost reductions through component and manufacturing technology development. The project has concentrated on the two key
The objective of this project is to develop, test and demonstrate a cost-efficient concept for energy efficient retrofitting, reducing a dwelling's energy frame value to low-energy class 1 or better.
Via light measurements, indoor environment PV cell effect measurements, development of control electronics in actuaries and PV cells and, based on a preliminary market analysis, the preliminary
Through measurements and simulations, the project analysed the potential energy savings achievable by allowing the room temperature of a building to fluctuate by plus/minus 2.5 degrees C over the
District heating creates the possibility for flexible energy usage. The intention of the energy savings effort is true fuel-saving measurements and consequently obtaining reduced CO2 emissions. One
In the Backup Power segment, the fuel cell units have been developed, certified and delivered. A total of 32 fuel cell backup power systems have been delivered to EnergiMidt. In the material handling