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| Source: | Find a Tender Service (FTS) |
| Notice Type: | Tender update |
| Buyer: | Department for Energy Security & Net Zero |
| Main Category: | Services |
| Procurement Method: | Open procedure |
| Tender Status: | Closed |
| Estimated Value (ex. VAT): | £432,000 |
| Estimated Value (inc. VAT): | £518,400 |
| Release Date: | 1 April 2025 |
| Application Deadline: | 28 April 2025 |
| Procurement ID (OCID): | ocds-h6vhtk-04fba4 |
| Notice Reference: | 012382-2025 |
All 6 notices for this procurement, oldest first.
Alternate Delegates for ten International Energy Agency Technology Collaboration Programmes (2025)
Alternate Delegates for ten International Energy Agency Technology Collaboration Programmes (2025)
Alternate Delegates for ten International Energy Agency Technology Collaboration Programmes (2025)
Alternate Delegates for ten International Energy Agency Technology Collaboration Programmes (2025)
IEA TCP Alternate Delegates
IEA TCP Alternate Delegates
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Awarded to (8 suppliers)
| Award status: | Active |
DESNZ is looking for experts in their field with a strong network of contacts across their industry to act as alternate delegates for ten International Energy Agency (IEA) Technology Collaboration Programmes (TCPs). The TCPs are independent, international groups of experts set up by the IEA that enable governments and industries around the world to lead programmes and projects on a wide range of energy technologies and related issues. The UK is currently participating in 26 TCPs and DESNZ would like to commission Alternate Delegates for 10 of these TCPs to represent the UK industry alongside the primary (DESNZ) delegate: - Hydrogen - Solar Heating and Cooling - District Heating and Cooling - User-Centred Energy Systems - Bioenergy - Energy in Buildings and Communities - International Smart Grid Action Network - Photovoltaics Power Systems - Industrial and Energy Related Technologies and Systems - Geothermal
The Hydrogen TCP coordinates and facilitates R&D across the hydrogen value chain (production, storage, distribution, power, heating, industry) to: accelerate hydrogen implementation optimise environmental protection improve global energy systems and grid management
The SHC TCP covers solar thermal (flat plate, tube collectors, PV Thermal), solar cooling and covers many solar based technologies such as solar reactors (e.g. for production of hydrogen) The TCP has a strong focus on the integration of solar thermal technologies into low carbon systems such as district heating and flexible building heat, the scope is deliberately wide and also covers the use of PV to heat.
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Pipeline status
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Application Deadline
28 April 2025
Closed
Estimated Value
£432,000
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Book a free consultation →The IEA DHC research programme addresses technical and policy issues aimed at lowering environmental impact of heating and cooling. The IEA DHC deals with the design, performance and operation of distribution systems and consumer installations. Currently district heating & cooling is still a relatively nascent albeit fast growing sector in the UK whereas European (and international) countries have a significantly more mature DHC Industries from which the UK can benefit from.
The User-Centred Energy Systems mission is to provide evidence from socio-technical research on the design, social acceptance and usability of clean energy technologies to inform policy making for clean, efficient and secure energy transitions. Objectives focus on areas where user choices and actions play a large role in determining both the variability and overall level of power and energy use.
Bioenergy currently provides the largest fraction of renewable energy in the UK; over half of the 15.5% share of total energy consumption from renewables in 2023. The mission of IEA Bioenergy is to increase knowledge and understanding of bioenergy systems to facilitate the market deployment of environmentally sound, socially acceptable, and cost-competitive, low-carbon bioenergy systems and technologies, and to advise policy and industrial decision makers accordingly.
The EBC TCP coordinates international research and innovation on energy in buildings and communities, with the aim of furthering energy efficiency and decarbonising energy use of the building stock. Projects typically cover a wide range of research themes spanning from integrated planning and community scale energy systems to thermal fabric of individual buildings and monitoring energy use of these through case studies. Current priorities include low tech, robust and affordable technology, energy efficient cooling in hot and humid or dry climates, and holistic solution sets on a district level.
The ISGAN TCP strives for the accelerated development and deployment around the world of smarter, cleaner electricity grids—as in “smart grids”. ISGAN research explores how electricity grids will play a key role in building system flexibility, maintaining system reliability, and enabling more rapid GHG emission reductions through: Dynamic management of electricity demand Better utilization of existing electricity generation assets Integration of growing supplies of both utility-scale and distributed clean energy systems, especially renewables, battery storage, and the expanding fleet of EVs
The PVPS TCP conducts joint projects in the application of photovoltaic conversion of solar energy to electricity. This includes tasks related to PV sustainability activities, reliability and performance, transport, off-grid and edge-of-grid PV, and building-integrated PV. The IEA PVPS programme aims to realise its mission through the following objectives: PV technology development Competitive PV markets An environmentally and economically sustainable PV industry Policy recommendations and strategies Impartial and reliable information
The TCP aims to increase awareness of progress in new technologies and energy efficiency opportunities in industry. The work included in IETS ranges from specific developments of process or energy technologies to overall system aspects, for practically all types of industry types.
The TCP currently undertakes diverse tasks related to environmental impacts, data collection and information, emerging geothermal technologies, geothermal heating and cooling, mine water energy, and subsurface energy storage. The UK leads the Mine Water Energy Expert group, which facilitates increased exploration of mine water energy across the UK. The Mine Water Symposium 2024 had speakers and workshops which discussed current schemes, modelling mine water energy systems, thermal storage, raising awareness of mine water energy and regulatory needs.
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