Our projects around the world
Unlike the classical methanol production method based on highly carbon intensive steam reforming of hydrocarbons, eREACT provides significant CO2 savings, since it absorbs the CO2 content of the biogas used as a feedstock. Compared to another electricity driven methanol production method using electrolysis, eREACT demonstrates to consume less electricity and utilise CO2 directly form the biogas
The goal of this project is to evaluate Danish investment options for hydrogen (H2) and CO2 infrastructure to support green fuel production in the context of an integrated, sector-coupled European energy system. The project will address current plans and potential build-outs, assessing both the value of H2 and CO2 grids and storages in an uncertain European energy transition.
The project encompasses some of the best existing modelling tools, which focus on different aspects of PtX, from analysis at project level with a strong representation of PtX plants, over district heating and long-term storages to international markets for power and hydrogen.
Denmark
PlanEnergi has many years of experience with the placement of technical facilities in the landscape, including the placement of large wind farms, solar parks, solar systems, thermal storage, biogas plants, as well as transmission lines for electricity and pipelines for heat and gas.
EU, DK
The purpose of creating climate accounts is to give the municipalities an overview of the greenhouse gas load
that is associated with a number of different activities within the municipal boundary.
EU
The aim of the IEA DHC Annex TS3 „hybrid energy networks” is to promote opportunities and to overcome challenges for district heating and cooling (DHC) networks in an integrated energy system context, focusing on the coupling to the electricity and the gas grid.
EU
The project is supported by EUDP with the purpose of making investigations and analyses as the Danish contribution to IEA’s Annex 35 under the Technology collaboration platform, ECES (Energy Conservation through Energy Storage)
Japan
PlanEnergi cooperates with the Japanese non-profit organization ISEP (Institute for Sustainable Energy Policies) to build a district heating tradition in Japan based on local energy and self-determination
International
A rapidly growing contribution by renewable energies to the overall energy production can be expected worldwide
International
In the project implementation experiences with modulized district heating using RES should be exchanged from DK, DE and AT to the Balkan countries HR, SK, RS, Bosnia and Macedonia
Denmark
7.9 MW electrically driven heat pump that uses outside air as a heat source. In a normal year, the heat pump is expected to be able to cover approx. 80% of the heat production and will give Støvring Kraftvarmeværk new operational opportunities in the energy markets
Denmark
PlanEnergi has been the client’s advisor for the establishment of a heat pump that utilizes seasonally stored solar heat from a borehole storage
Denmark
1.6 MW Waste water heat pump. PlanEnergi has been the client’s advisor for the establishment of a heat pump system that utilizes waste heat from Arla’s treatment plant
Denmark
2 MW Groundwater heat pump. PlanEnergi has been overall consultant and project manager for the establishment of Denmark’s first groundwater heat pump at Rye Power Plant
Denmark
Based on the experiences (positive as well as negative) gathered through projects with the establishment of heat pumps with groundwater as source, PlanEnergi has prepared a “Playbook” for the implementation of this type of project
Denmark
District heating plants or other interested parties who are considering establishing a heat pump or simply want the latest knowledge in the area now have the opportunity to seek inspiration in an updated version of the Danish Energy Agency’s playbook for large heat pumps
Denmark
Excess heat from wastewater from Arla Foods in Rødkærsbro is utilized for district heating in Rødkærsbro
Denmark
PlanEnergi is main consultant for a 70,000 m³ pit heat thermal storage (PTES) project where the PTES will be demonstrated in a new function as accumulation tank in a district heating (DH) system
Denmark
PlanEnergi has been client advisor for Marstal District Heating since 1995. First on the establishment of 8,000 m2 solar collectors in 1995-1996, later on the expansion to…
Denmark
Brædstrup Solpark is the 1st stage of an extension to 50,000 m2 of solar heating and 50% solar heating coverage
EU
The project Smart Reflex (Smart and Flexible 100% renewable district heating an cooling systems for European cities), has the task of introducing district heating to 6 different regions in Ireland, Germany, Spain and Italy
Vaarst-Fjellerad Cogeneration Plant is one of the 50 pre-district heating communities allowed to establish a 1 MW biomass boiler for the production of district heating as a result of an amendment of the Heat Supply Act.
Denmark
Excess heat from wastewater from Arla Foods in Rødkærsbro is utilized for district heating in Rødkærsbro
Denmark
Vorupør Cogeneration Plant is one of the 50 pre-district-heating-community plants allowed to establish a 1 MW biomass boiler for the production of district heating, as a result of an amendment of the Heat Supply Act.
Denmark
In line with the expansion of biogas production in Denmark, we see a tendency towards the establishment of new and larger units
Denmark
The purpose of the project is to reduce costs for and the climate impact from the production of bio-natural gas, i.a. with a focus on reducing energy consumption, increased biomass yield during pretreatment, reduction of methane loss during slurry handling and at the plant, etc.
Denmark
PlanEnergi is the project manager for the Danish Agency for Agriculture’s project “Advisory scheme for joint biogas plants and their suppliers of manure on options to reduce the residence time of manure in barns and warehouses 2018 – 2020”
Denmark
Thermal energy storage, pointedly pit thermal energy storage, is a technology that will contribute to the future of district heating and renewable energy systems
Denmark
The objective of the SUNSTORE 3 project has been to optimize, design and implement a full scale demonstration plant with 35,000 m2 solar thermal collectors…
