You are invited to attend Ireland’s first Student-led Energy Summit

GalwayEnergy SummitPic2

The event will take place this Thursday at 3pm in the Bailey Allen Hall, NUIG.

You can register for free at

We cannot wait to see you there!!!


Third GREBE Industry Advisory Group meeting in Finland


The GREBE Industry Advisory Group (IAG) contributes towards dissemination of GREBE outputs and learnings among their wider networks, including at local, regional and national policy level where possible. The third annual meeting was organized at LUKE, Metla-talo Joensuu on Thursday 22th of February 2018. Finnish GREBE project partners updated the IAG on the project developments, outcomes over the last year and presented GREBE deliverables (Robert Prinz, LUKE) and its business mentoring in Finland through the Entrepreneurship Enabler Scheme (Lasse Okkonen, Karelia UAS).

The third IAG meeting was the last meeting of the GREBE IAG with representatives from the renewable energy SMEs, research and education, business development companies, regional authority and agricultural producers and forest owners union. The IAG discussed on how to disseminate the final deliverables, cooperate with future activities and how GREBE activities can most effectively be implemented in practice, based on their own experience of working in or supporting the renewable energy.

Following the GREBE IAG meeting, the regional Poveria Biomassasta project hosted a local workshop with over 20 participants at the same premises on energy business including IAG representatives, entrepreneur enabler scheme participants and other stakeholders from the field. The workshop focused on bioenergy business models and experiences of entrepreneurs in the business area with a main topic on heat entrepreneurship and biogas delivery. The event was targeted for farmers and possible heat entrepreneurs as well as other interested stakeholders.

Use of data and technology to grow and harvest more wood


TECH4EFFECT is a collaborative research project to increase access to wood resources. Data and knowledge based management will enable more efficient silviculture and harvesting, but also reduction of soil and environmental impact from forest operations with the TECH4EFFECT benchmarking system.

The strategic objective of TECH4EFFECT is to improve the efficiency of European forest management by enabling a data-driven knowledge-based revolution of the European forest sector while also providing key incremental improvements in technology. The TECH4EFFECT (Knowledge and Technologies for Effective Wood Procurement) project recently published a new animation video:


The TECH4EFFECT project has received funding under the Horizon2020 BBI (Bio-Based-Industries) programme by the European Union. The TECH4EFFECT project objectives are relevant also for the Northern Periphery regions and GREBE partner countries.

More information about the project can be found under



Scottish Government awards £2.6m to innovative local green energy solutions


The Scottish Government has awarded 12 projects a total of £2.6m as part of its Low Carbon Infrastructure Transition Programme. The projects, among which are initiatives in Glencoe, Callander, Aviemore, Stromness and St Andrews, are tasked with developing local, green energy solutions.

Minister for Business, Innovation and Energy Paul Wheelhouse said:  “The Scottish Government has set some of the most ambitious carbon reduction targets on the planet – exceeding the requirements of the Paris agreement – and is making excellent progress towards meeting them.”

“We have also set our sights on eradicating fuel poverty – which is an unacceptable blight on too many households in Scotland in 2017 – as energy prices have risen steadily, at a time when wages have been depressed due to a weak UK economy and austerity. These twin challenges drive our ambition for innovative local energy projects, such as those for which we are today announcing £2.6 million of funding, as these will provide many consumers, including in some of Scotland’s most remote areas, with an alternative, greener, and potentially cheaper energy source. The construction and maintenance of these projects will also have the added benefit of creating and sustaining jobs, and in doing so can bolster local economies.”

A total of 10 projects received development funding to produce Investment Grade Business Cases, which received a share of £550,000, which will matched by project partners. Two other projects received capital support of £1.95 million, the largest being the Halo Kilmarnock Project. The HALO Kilmarnock development in the West of Scotland will feature a 2,000-metre deep geothermal well, from which hot water will be extracted using a small pump. It is due to be drilled in 2018. Scotland’s first deep geothermal district heating network has been allocated £1.8 million of grant funding by the government. This will involve a former bottling plant being converted into a low carbon development which will include hundreds of affordable homes.

Another project will be based around the low carbon heat provision at the University of the West of Scotland’s Ayr campus, energy efficient homes for older people in North Lanarkshire and an energy project in Glencoe Village.

Below is a table showing the projects, lead applicant, location, total cost and LCITP support received.


Nordregio Working Paper on Bio-energy Development in North Karelia, Jämtland, and Västernorrland

KUAS 08-11-2017

Nordregio has released a working paper looking into rural bio-energy development in the region of North Karelia in Finland, and Jämtland and Västernorrland in Sweden. The paper identifies the enabling factors behind the relatively successful local bio-energy development and considers how the bio-energy development has influenced sustainable local and regional development.

The working paper is a part of the TRIBORN Project, which investigates how to increase the production of bioenergy in ways that promote sustainable development understood as positive economic, social and environmental outcomes – in rural areas.

TRIBORN is a Norwegian-led research project investigating how to increase production of bioenergy in ways that promote sustainable development in rural areas. It aims to understand and foster systems for bioenergy innovation and related support policies that can produce positive social, economic and environmental outcomes. The Norwegian Institute of Bioeconomy Research (NIBIO) leads the project, and the Research Council of Norway funds the project. In addition, the Norwegian Forest and Landscape Institute and Nordregio, a Nordic research institute for regional studies, are key partners in the project.

For the GREBE partner region of North Karelia, the report summarizes the bioenergy sectors success factors and development, but also challenges related to the utilisation of the sectors potential. The report refers to the OECD Green Growth Studies stating that “many favorable institutional factors for regional innovation are in place in North Karelia: strong local government with willingness to act, local ownership of power utilities, presence of strong research institutes and education facilities, tradition of co-operative organization, legitimacy of local bioenergy production and presence of local and regional actors in several stages in the supply chain”.

As development challenges, the report identifies several aspects, such as changes in forest and bio-energy policy; access to risk finance and other economic challenges facing especially local small and medium-sized enterprises; the challenge of ageing population; and the question of openness of the current innovation platform for innovation and development around other thematic areas than forestry and bio-energy. For instance, bio-economy opportunities in the agri-food sector could be investigated in more detail.

The collaboration with Nordregio and TRIBORN project has provided valuable development information for the bioeconomy sector in North Karelia, as well as comparisons to the sector development in northern Sweden.

Publication Facts

Bioenergy Development in Finland and Sweden: The cases of North Karelia, Jämtland, and Västernorrland

Nordregio Working paper 2017:6

ISBN: 978-91-87295-53-9; ISSN: 1403-2503

Editors: Anna Berlina and Nelli Mikkola with contributions by Karen Refsgaard and Alberto Huerta Morales

Full text available for download:

Funding of €180,000 available to support Energy Innovations


The FREED project is inviting applications from companies to develop innovative energy technologies.  Aimed at businesses that are currently active in the Energy Technology sector, FREED are offering financial support to develop and take innovative energy technologies to commercialization.  A maximum sum of €30,000 per innovation may be made available to successful applicants as well as in-kind support offering incubation capabilities, market access and unique access to private investment. Each innovative technology selected will be promoted through the project across the partner region in the Northern Periphery and Arctic (NPA) area.

Information on each country specific tender call can be found on the FREED website below:  

Candidates are to submit technology innovation proposals, which address identified challenges in the following areas:

  • Intelligent grid (IoT): including but not restricted to smart illumination; 5G solutions; electrical and heat distribution networks; intelligent energy systems; remotely controllable loads; distributed grid management; power electronics; “virtual” power stations; demand side & control system management; upgraded power grid; solutions for zero-emission zones in smart cities; data analysis, integrated computerised maintenance management systems (CMMS), decentralised and off-grid solutions
  • Energy storage: including but not restricted to advanced battery technology; energy for transport sector; thermal energy storage, hydrogen energy storage; hybrid energy storage systems, domestic and commercial scale heat recovery systems; small scale solar PV with integrated battery storage, decentralised and off-grid solutions
  • Smart and efficient buildings and environment: including but not restricted to ultra-energy efficient building management solutions and services; BMS and metering technologies; ICT solutions to encourage monitoring; smart HVAC linked to renewable energy; smart temp and humidity control for built heritage sites; energy cost reduction technology for water treatment
  • Renewable energies: including but not restricted to solar PV, anaerobic digestion, bioenergy and related supply chains inc. biomass CHP; marine and hydro renewable energy; 2nd generation biofuels; technology to increase usage of on-site renewables; advanced heat pumps, solar thermal, decentralised and off-grid solutions

A condition of being awarded the contract is that technology development and the commercial development of the output must take place in the NPA region, as defined by the European Union Interreg Programme.

FREED (Funding Resources for Innovation in Energy Enterprise Development) a three year project funded under Interregs Northern Periphery and Arctic Programme (NPA). FREED will support existing and start-up SME’s to utilise and develop innovative energy technologies as viable business offerings. The project, which is led by the University of Oulu in Finland, is a collaborative partnership involving private investment firms, R&D institutions, colleges of education and public bodies from Scotland, Northern Ireland, Norway, The United Kingdom, Germany and Ireland. For further information about FREED please visit the project website