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Our projects

Greenest – Innovative green electricity generation and storage solutions for e-transport
Innovative green electricity generation and storage solutions for e-transport. Project no. LT07-1-EIM-K01-018 The project started in 2021. July 7, end 2024 April 30 Project partners: UAB Soli Tek R&D (coordinator) Sintef AS Institute for Applied Research of Perspective Technologies (PROTECH) The project is being implemented with the participation of the…
AIDABEL – Commercialization of R&D results of the product “Intelligent Photovoltaic Power Optimization Platforms (AIDABEL)”
Commercialization of R&D results of the product “Intelligent Photovoltaic Power Optimization Platforms (AIDABEL)” Project no. 01.2.2-MITA-K-702-06-0021 Title: “Commercialization of R&D results of the product“ Intelligent Photovoltaic Power Optimization Platform (AIDABEL) ”. Start of the project in 2020. August 3, end of 2022 March 31 Project participants: applicant – Public Institution…
InoPV
InoPV – Fotoelektros technologijų klasterio inovacijų skatinimo sistemos sukūrimas fotoelektros sektoriaus konkurencingumo užtikrinimui Projekto Nr. 01.2.1-LVPA-K-833-01-0004 Priemonė: 01.2.1-LVPA-K-833 Inoklaster LT Projekto finansavimas: iš Europos Sąjungos struktūrinių fondų lėšų Projekto vykdytojas: Fotoelektros technologijų klasteris, VŠĮ Perspektyvinių technologijų taikomųjų tyrimų institutas Projekto įgyvendinimo laikotarpis: 2016-2018 m. Pagrindinis projekto tikslas: didinti FTK narių…
TEST-4-SME
Laboratory network for testing, characterisation and conformity assessment of electronic products developed by SMEs https://projects.interreg-baltic.eu/projects/test-4-sme-107.html 9 research insistutions and companies Duration:  36 months (2017  – 2020) Budget: 1.78 mln.€ Funding: 1.45 mln.€ European Regional Development fund Interreg Baltic Sea Region Programme Coordinator: Tartu Observatory (Tartu University) TEST-4-SME initiates an innovation…
Green PE
Green PE – Power Electronics for Green Energy Efficiency New materials for advanced power electronics. Boosting efficiency in conversion, transmission and consumption of green energy. http://balticgreenpower.eu/ https://www.linkedin.com/groups/12000339 17 research institutions, companies and technology transfer partners Duration: 36 months (2016 – 2019) Budget: EUR 3.1 million budget Funding: European Regional Development…
EFFIHEAT-DEMO
EFFIHEAT-DEMO – Development of high EFFiciency Stirling HEAT pump http://effiheat.eu The EU funded FP7 project EFFiHEAT-DEMO is two-year demonstration project on promising technologies that bring a new innovative product to the heat pump market. The proposed EFFiHEAT-DEMO demonstration project aims to bring to the market the innovative energy efficient technology for…
SMART-Flex
SMART-FLeX – Demonstration at industrial scale of the FLeXible manufacturing of SMART multifunctional photovoltaic building elements Project number: 322434 Funding scheme: Collaborative project EU contribution: 2,914,482.00 EUR Total budget: 4,817,368.40 EUR Start of the project: 1st November 2014 Duration: 36 months Building integrated photovoltaics (BIPV) is a promising area while…
VIZI
Preparation of the Vismaliukai Investment Innovation Zone (VIZI) Infrastructure for the Territory Development. Phase 2 Project code: VP2-1.4-moe-04-V-03-001 Project applicant – Northtown Technology Park. Project partners: • UAB Start Vilnius; • Photovoltaic Technology and Business Association; • Applied Research Institute for the Prospective Technologies Project goal is to strengthen the…
PVPLIUS+
Development of Photovoltaic Technology Cluster’s Open Access R&D Infrastructure (PVPLIUS+) ERDF Project No: VP2-1.4-ŪM-02-K-02-006 Photovoltaic Technology Cluster’s intense activity of recent years has enabled a timely identification of one of the main global photovoltaic technology trends in order to improve the quality of products and reduce production costs. This includes…
SOLARROK
SOLARROK – European PV clusters 7 European regions and 9 countries have joined forces to foster the technological and process related innovation in PV http://www.solarrok.eu Duration: December 2012 – December 2015 Funding: Regions of Knowledge-Programme under FP7 (Capacities). Budget: The total budget is 3 mio EUR of which the European…
SOLGAIN
SOLGAIN – Competitive stationary low concentrating solar module of novel design http://www.solgain.eu/ Project number: 315663 Funding scheme: Research for the benefit of specific groups EU contribution: 929,000.00 € Total budget: 1,618,362.00 € Start of the project: 1st october 2012 Duration: 24 months The project aims to bring the innovative photovoltaic…
OPENPLAST
OPENPLAST – Plastics and new materials cluster development ERDF Project No.: VP2-1.3-ŪM-01-K-01-032 Chemicals and plastics is one of the largest sectors in Lithuania. Production of basic chemicals and plastics accounts more than 81% of chemical industry turnover. The sector employs more than 5,400 employees. Investments into sector reach 159 million…
EFFIHEAT
EFFIHEAT – Development of high EFFiciency Stirling HEAT pump http://www.effiheat.eu/ The main scientific objectives of EFFIHEAT project is to develop and optimize the Stirling engine of novel design for achievement of high performance efficiency by cost-effective means, novel material for regenerator, ensuring (0.01 W/(m•K) thermal conductivity required for operation at…
PVPLUS
Photovoltaic Technology Cluster’s Open Access R&D Infrastructure (PVPLIUS) ERDF Project No: VP2-1.4-ŪM-02-K-01-001 The Photovoltaic Technology Cluster was founded in 2008 aiming to increase the international competitiveness of Lithuanian photovoltaic industry and the added value of photovoltaic technologies. The cluster creates favorable conditions for synergy of companies operating in PV sector…
PV4B
Photovoltaic Technologies for Business (PV4B) Aim of the project – to create a long-term partnership between the Photovoltaic Technology Cluster private entities and academic and research institutions to promote R & D activities and to strengthen the internal and external cooperation.
SELFLEX
SELFLEX – Demonstration of SELF-formation based FLEXible solar cells manufacturing technology http://selflex.protechnology.lt The main scientific and technological objectives of the project are implemented on industrial laboratory scale: flexibility of technology through adopting prospective structures within constraints of available infrastructure was demonstrated proposing new routing cards for solar cells production. Most feasible…
NANO-SE
NANO-SE – 3-D Nano – Structured Si Object for Very High Efficiency Solar Cells, Based on Self-Formation Principles This project aims at resolving some of the issues related to Si nanostructure fabrication. The proposed approach in based on self-formation technology which was created in micro scale for solar cell fabrication. Project…
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