“Heating and cooling systems based on heat pumps for buildings connected to the district heating network” which will be implemented in the form of a pre-commercial procurement (Pre-Commercial Procurement, hereinafter referred to as PCP)

Tender Summary

The National Centre for Research and Development in Poland from Europe region has released this tender for This Prior Information Notice (PIN) announces the publication by the National Centre for Research and Development (NCBR) of a pre-commercial procurement (PCP) procedure, the aim of which will be to develop solutions in the area of ​​heat pump-based heating and cooling systems, dedicated to buildings connected to a district heating network (Procedure, Project). The project is being carried out as part of the non-competitive project entitled "Innovative Public Procurement", implemented by the National Centre for Research and Development under the European Funds for a Modern Economy 2021-2027 Programme, project number FENG 02.13-IP.07-0001/24. The research challenge is to develop an innovative, integrated heating and cooling system dedicated to public buildings connected to district heating systems, enabling effective heating and cooling functions and integration with the existing district heating network. The intended outcome of the R&D work is the development of a systemic solution based on the cooperation of a hybrid heating substation, a low-temperature water loop, and innovative zone heat pumps using a refrigerant with a GWP below 150, enabling the integration of heating and cooling functions within a single technological system. The adopted approach involves the use of a low-temperature internal building network and local energy conversion in functional zones, which will improve energy efficiency and reduce primary energy consumption. The system will have an architecture that allows for scalability and flexible adaptation to the diverse energy needs of buildings. The research and development work envisages the development and implementation of zone heat pumps as dedicated devices for separate areas, capable of providing heating, cooling, and domestic hot water preparation, as well as heat recovery and cooperation with a low-temperature water loop. The system concept assumes the use of bidirectional energy flow within the internal water network, enabling the balancing of energy demand between building zones. Additionally, integration with an energy management system is planned, utilizing measurement data and optimization algorithms to control the systems operation and increase the use of energy from renewable sources. The solution also includes the possibility of interoperating with the district heating system via a hybrid heat transfer unit, enabling both energy consumption and return, allowing for more efficient use of available resources and increasing the flexibility of the entire energy system. The final result of the project will be a solution enabling effective, scalable, and repeatable energy modernization of public buildings connected to district heating systems.with the possibility of further development towards local, integrated energy systems covering multiple facilities. The procedure is being conducted excluding the provisions of the Public Procurement Law (hereinafter referred to as the Public Procurement Law) on the basis of Art. 11 sec. 3 item 1 of the Public Procurement Law. The procedure will be open, transparent and non-discriminatory. Detailed documentation of the Procedure is published on the Ordering Partys website at: https://www.gov.pl/web/ncbr/pcp and on the Ordering Partys purchasing platform at: https://platformazakupowa.pl/pn/ncbr . The exact address of the Procedure: https://platformazakupowa.pl/transakcja/1391087 The Procedure Documentation consists of the Rules of Procedure and annexes. In accordance with applicable regulations, NCBR does not provide for an appeal procedure, including the one referred to in point 3.1.9 of this notice. NCBR does not provide for questions and answers to this notice. NCBR provides questions and answers for the proper announcement of the procedure under the aforementioned links. The rules are set out in the Rules of Procedure. with tender notice no. 713558-2026 published on 15 Oct 2026. The tender is due to expire on 13 Jan 2027. This tender is sourced from TED Europa and is eligible for suppliers interested in District heating, Heat pumps, Heat-recovery systems, Heating engineering services for buildings, Heating-system design services. Interested bidders can obtain further information including complete bid documents or ways to participate by registering on Tender Impulse and referencing via Tender Impulse ID 15556803.

Tender Details

Tender NoticeTI Ref: 15556803
Tender Notice No
713558-2026
Tender Organisation
National Centre for Research and Development
Tender Service
Worldwide
Tender Region
Tender Project Location
Tender CPV
09323000 : District heating42511110 : Heat pumps44622000 : Heat-recovery systems71314310 : Heating engineering services for buildings71321200 : Heating-system design services
Tender Source
TED Europa
Tender Document Type
Planning
Tender Deadline
13 Jan 2027 87 days left
Tender Description
This Prior Information Notice (PIN) announces the publication by the National Centre for Research and Development (NCBR) of a pre-commercial procurement (PCP) procedure, the aim of which will be to develop solutions in the area of ​​heat pump-based heating and cooling systems, dedicated to buildings connected to a district heating network (Procedure, Project). The project is being carried out as part of the non-competitive project entitled "Innovative Public Procurement", implemented by the National Centre for Research and Development under the European Funds for a Modern Economy 2021-2027 Programme, project number FENG 02.13-IP.07-0001/24. The research challenge is to develop an innovative, integrated heating and cooling system dedicated to public buildings connected to district heating systems, enabling effective heating and cooling functions and integration with the existing district heating network. The intended outcome of the R&D work is the development of a systemic solution based on the cooperation of a hybrid heating substation, a low-temperature water loop, and innovative zone heat pumps using a refrigerant with a GWP below 150, enabling the integration of heating and cooling functions within a single technological system. The adopted approach involves the use of a low-temperature internal building network and local energy conversion in functional zones, which will improve energy efficiency and reduce primary energy consumption. The system will have an architecture that allows for scalability and flexible adaptation to the diverse energy needs of buildings. The research and development work envisages the development and implementation of zone heat pumps as dedicated devices for separate areas, capable of providing heating, cooling, and domestic hot water preparation, as well as heat recovery and cooperation with a low-temperature water loop. The system concept assumes the use of bidirectional energy flow within the internal water network, enabling the balancing of energy demand between building zones. Additionally, integration with an energy management system is planned, utilizing measurement data and optimization algorithms to control the systems operation and increase the use of energy from renewable sources. The solution also includes the possibility of interoperating with the district heating system via a hybrid heat transfer unit, enabling both energy consumption and return, allowing for more efficient use of available resources and increasing the flexibility of the entire energy system. The final result of the project will be a solution enabling effective, scalable, and repeatable energy modernization of public buildings connected to district heating systems.with the possibility of further development towards local, integrated energy systems covering multiple facilities. The procedure is being conducted excluding the provisions of the Public Procurement Law (hereinafter referred to as the Public Procurement Law) on the basis of Art. 11 sec. 3 item 1 of the Public Procurement Law. The procedure will be open, transparent and non-discriminatory. Detailed documentation of the Procedure is published on the Ordering Partys website at: https://www.gov.pl/web/ncbr/pcp and on the Ordering Partys purchasing platform at: https://platformazakupowa.pl/pn/ncbr . The exact address of the Procedure: https://platformazakupowa.pl/transakcja/1391087 The Procedure Documentation consists of the Rules of Procedure and annexes. In accordance with applicable regulations, NCBR does not provide for an appeal procedure, including the one referred to in point 3.1.9 of this notice. NCBR does not provide for questions and answers to this notice. NCBR provides questions and answers for the proper announcement of the procedure under the aforementioned links. The rules are set out in the Rules of Procedure.
Tender Bidding Type
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Frequently Asked Questions About This Tender

Who has issued this tender, and what is it for?
The tender has been issued by National Centre for Research and Development in Poland. Such a type of tender falls under District heating, Heat pumps, Heat-recovery systems, Heating engineering services for buildings, Heating-system design services, within the Education & Training sector, and is listed on Tender Impulse under notice number 713558-2026.
What are the key dates for this tender?
The notice was published on 15 Oct 2026 and submissions close on 13 Jan 2027. Late bids are rarely accepted in public procurement, so aim to have your documents ready several days before the closing date.
Which CPV codes apply to this tender?
It is classified under CPV codes 09323000, 42511110, 44622000, 71314310, 71321200, which correspond to District heating, Heat pumps, Heat-recovery systems, Heating engineering services for buildings, Heating-system design services. If your company supplies these products or services, these are the codes to save in your alert profile so no matching tender passes you by.
Can I submit my bid for this tender to Tender Impulse?
No - and this matters. Tender Impulse is a tender aggregation and alert service: we collect procurement notices from official sources around the world and list them in one place. We do not receive, forward or evaluate bids. Your bid for this tender must be submitted directly to National Centre for Research and Development, using the method described in the original tender document, before 13 Jan 2027. Tender Impulse provides complete assistance in submitting all bids posted on its website.
How do I get the bid documents and participation details?
Request a live demo on Tender Impulse and our tender experts will walk you through this listing, share the available documents, and explain how to submit your bid to National Centre for Research and Development. Subscribers also receive help with registration requirements and, where needed, translation of non-English notices - but the submission itself always goes from you to the buyer.
How can I find more tenders like this in Poland?
There are currently 26753 live tenders of 516836 total tenders from Poland on Tender Impulse. You can browse them on our Poland tenders page, or save a search combining Poland with CPV codes 09323000, 42511110, 44622000, 71314310, 71321200 - we will then email you every new match on the day it is published.
How to prepare for this bid?
Suppliers must verify technical specifications, the delivery schedules and any other intrinsic details as provided in the complete bid documents before deciding to submit their bids. All necessary certifications and supplier registrations must be undertaken before participation.
Is this tender beneficial for me?
The procurement is applicable to companies in the District heating, Heat pumps, Heat-recovery systems, Heating engineering services for buildings, Heating-system design services and related industries. If you belong to this industry, you can review the technical documents before assessing your relevance to your company.
What is the procurement trend for Heating and cooling systems based on heat pumps for buildings connected to the district heating network which will be implemented in the form of a pre-commercial procurement (Pre-Commercial Procurement, hereinafter referred to as PCP)?
The public procurement trends for Heating and cooling systems based on heat pumps for buildings connected to the district heating network which will be implemented in the form of a pre-commercial procurement (Pre-Commercial Procurement, hereinafter referred to as PCP) can be assessed by viewing historical data and buying patterns for this product. Subscribed members can view and even download reports of tenders released in the past for their market research. This shall allow them to carefully prepare a compelling bid.

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