II INTERNATIONAL INTERINSTITUTIONAL CONFERENCE
STRATEGY FOR THE DEVELOPMENT OF AGRIVOLTAICS: CURRENT STATE, CHALLENGES, AND IMPLEMENTATION STEPS IN THE RECONSTRUCTION OF UKRAINE

Purpose of the conference

To create a platform for the development of educational and scientific initiatives in the field of agrivoltaics, integrate innovations into educational programs, and promote the formation of modern competencies among students and teachers. To lay the groundwork for Ukraine to become a leader in the implementation of agrivoltaics among the countries of Central and Eastern Europe.

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15

April 2026

ⅠI INTERNATIONAL INTERINSTITUTIONAL CONFERENCE

AGRIVOLTAICS DEVELOPMENT STRATEGY: CURRENT CHALLENGES AND STEPS FOR IMPLEMENTATION IN THE RECONSTRUCTION OF UKRAINE

Kyiv, Ukraine

ACCEPTANCE OF THESES:
until April 10
PUBLICATION ON THE WEBSITE
until April 30
MAILING LIST
by May 15

Format: offline/online

Topic: multidisciplinary.

Organizer: NGO “Association of Agrivoltaic of Ukraine”

Working languages: Ukrainian, English, and others.

Scientists, teachers, graduate students, and students together with their scientific supervisors are invited to participate in the conference.
Abstracts of 3-6 pages are accepted for publication.

ІНФОРМАЦІЙНИЙ ЛИСТЗавантажити

Requirements for the formatting of abstracts

Please note that student abstracts (bachelor’s and master’s degrees) can only be submitted by their academic supervisors. Materials that do not meet the conditions below will not be published in the conference proceedings.
Example of a file name with presentation materials – thematic area number, university, and surname (2_TNU_Petrenko A.O.).
Додаток 1_Приклад оформлення тез доповідейDownload
№ Direction
1Agrivoltaics as a Spatial-Architectural Model for Rural Areas of the Future
2Energy and energy technologies in agrivoltaics
3Agricultural engineering, technical and technological systems in agrivoltaics
4Agrotechnologies and agrivoltaics production systems in the context of climate challenges
5Economics, finance, insurance, and management
6Law and regulatory framework for agrivoltaics 
7Public administration, public policy, and regional development
8Agrivoltaics as a scientific and technological platform: synergy of technologies and training of personnel

Technical parameters

The text of the abstracts should be typed in Microsoft Word and saved in .doc or .docx format.
Page orientation – portrait
Margins – 20 mm (left, right, top, bottom)
Font – Times New Roman
Font size – 14
Line spacing – 1.5 
Paragraph indentation – 1.25 cm

Number of pages

From 3 to 6 full A4 pages, formatted according to these requirements and the example.

Language of abstracts

Ukrainian, English, or other.

List of references

References in the text: in square brackets with the source number and page number (for example: [1, p. 24]). List of references: provided after the main text in random order, formatted according to one of the standards chosen by the author:
DSTU 8302:2015 
DSTU 7.1:2006

Based on the results of the international inter-institutional conference, it is planned to publish an electronic and printed collection of conference materials, as well as to post it on the website of the Ukrainian Agrovoltaics Association. The materials will be presented by directly reproducing the text provided by the authors, who are responsible for its accuracy, content, and style, as well as for the correct citation of sources and references to them. 

Reference

participants will receive confirmation that their abstracts have been accepted for publication

Certificate

All participants will receive individual personalized certificates.

Thanks

supervisors will receive thanks for preparing the participant(s)

THEMATIC AREAS OF THE CONFERENCE

Section 1. Agrivoltaics as a Spatial-Architectural Model for Rural Areas of the Future
  1. Agrivoltaics in the spatial and architectural model of organizing life, work, and production in rural and peri-urban territories.
  2. Concepts of agrivoltaic settlements and clusters as a new spatial and socio-economic model of rural life.
  3. Integration of agrivoltaic systems into the architecture of settlements, farms, public spaces, and landscapes.
  4. Agrivoltaics in the context of the New European Bauhaus: combining functionality, aesthetics, sustainability, and social value.
  5. New typologies of agro-energy settlements. Standard spatial and planning models of agrivoltaic settlements, farming clusters, and live-work environments.
  6. Typical scenarios and spatial planning templates for agrivoltaic landscapes, taking into account ecological, cultural, and social factors.
  7. Agrivoltaics as a foundation for a new way of living: energy and food autonomy, local economy, community-based living, and integration of work and environment.
  8. Digital master plans for agrivoltaic territories: integration of GIS, remote sensing (RS), and BIM to develop standard planning solutions and community development scenarios.
  9. Architectural and design solutions that combine energy production, agricultural activity, and public spaces.
  10. Visual, aesthetic, and cultural aspects of agrivoltaic systems within the landscape.
  11. Agrivoltaics within spatial planning systems and territorial development strategies of communities and regions.
  12. Land use and zoning of agrivoltaic landscapes, considering ecological, cultural, and social constraints.
  13. The role of agrivoltaics in the restoration of degraded, disturbed, and post-crisis lands through innovative land management solutions.
Energy and energy technologies in agrivoltaics
  1. Energy systems and technologies in agrivoltaic and agro-energy complexes.
  2. Energy conversion, storage, and management in agro-energy systems.
  3. Energy supply and electrification of agricultural technological processes.
  4. Integration of agrivoltaic systems into energy grids and operational regimes.
  5. Automated and digital control systems for agro-energy complexes.
  6. Geoinformation methods for optimizing the placement of agrivoltaic energy systems, solar irradiation analysis, and grid integration.
  7. Energy efficiency, flexibility, and resilience of agro-energy systems.
Agricultural engineering, technical and technological systems in agrivoltaics
  1. Engineering solutions and infrastructure of agrivoltaic systems.
  2. Structural systems, support elements, and materials for agrivoltaic and agro-energy installations.
  3. Agricultural machinery and mechanization under agrivoltaic conditions.
  4. Design and adaptation of machinery and technical systems for agrivoltaics.
  5. Reliability, safety, and operational aspects of agrivoltaic engineering systems.
  6. Technical requirements and standards for agrivoltaic installations.
  7. Economic and environmental aspects of implementing agrivoltaic technical and technological solutions.
Agrotechnologies and agrivoltaics production systems in the context of climate challenges
  1. Agrivoltaics: agrotechnological solutions, adaptive practices, and advanced international experience.
  2. Agrotechnological systems and agricultural production models under integration with energy infrastructure and climate change conditions.
  3. Crop production and cultivation technologies within agrivoltaic systems: productivity, quality, and resilience of agroecosystems.
  4. GIS and remote sensing for microclimate, soil, water regime, and crop productivity analysis in agrivoltaic agroecosystems.
  5. Adaptation of agrotechnological chains and agricultural production processes to climate stress within agrivoltaic systems.
  6. Spatial land-use models and organization of agricultural territories in agrivoltaic systems, considering natural and climate risks.
  7. Spatial-climatic modelling of agrivoltaic agroecosystems: development scenarios, risks, and management approaches.
  8. Productivity, stability, and risk resilience of agricultural production in agrivoltaic systems.
  9. Soil processes, microclimate, and agronomic foundations of production in agrivoltaic systems.
  10. Water regime, irrigation, and water resource management in agrivoltaic agroecosystems as a response to droughts and extreme weather events.
Economics, finance, insurance, and management
  1. Financing mechanisms and instruments for agrivoltaic projects.
  2. Economic aspects of agrivoltaic systems development within agribusiness.
  3. Financial and economic feasibility assessment of agrivoltaic projects in the context of sustainable development.
  4. Management of agrivoltaic projects in agribusiness.
  5. Business models and value chains in agrivoltaics.
  6. Financial mechanisms and support instruments for agrivoltaic projects.
  7. Market conditions, pricing, and economic performance of agrivoltaic systems.
  8. Risk management and insurance of agrivoltaic projects.
  9. Financial sustainability and long-term planning of agrivoltaic systems.
  10. Scaling strategies and portfolio management of agrivoltaic assets.
  11. Socio-economic impacts of agrivoltaics implementation for rural territories.
Law and regulatory framework for agrivoltaics 
  1. Legal foundations for the regulation of agrivoltaic and agro-energy systems.
  2. Land law and land-use regimes in agrivoltaics.
  3. Energy law and regulation of energy generation within agrivoltaic systems.
  4. Environmental law and environmental impact assessment of agrivoltaic projects.
  5. Administrative legal procedures for the implementation of agrivoltaic facilities.
  6. Contractual legal relations in agrivoltaic projects.
  7. Tax law aspects of agrivoltaic systems operation.
  8. Liability, dispute resolution, and legal enforcement practice in the field of agrivoltaics.
  9. Harmonization of national legislation with EU law in the field of agrivoltaics.
Public administration, public policy, and regional development
  1. State policy for the development of agrivoltaic and agro-energy systems in the context of sustainable development and territorial transformation.
  2. Public governance of agrivoltaic systems and projects: institutional models, coordination mechanisms, and regulatory approaches.
  3. Strategic and spatial planning of territorial development considering the deployment of agrivoltaic facilities and multifunctional land use.
  4. Agrivoltaics as a distinct sector and cross-sectoral industry: market formation, institutional architecture, standardization, value chains, and ecosystem of actors.
  5. Regional policy and the role of local self-government bodies in the implementation and scaling of agrivoltaic solutions.
  6. Cross-sectoral coordination of public policy in agrivoltaics as an emerging intersectoral field of development.
  7. Public support and incentive instruments for agrivoltaic systems development: financial, regulatory, and programmatic mechanisms.
  8. Digital geoplatforms for agrivoltaics: policy support, implementation monitoring, and assessment of socio-economic impacts.
  9. Transformation of rural and peri-urban territories through agrivoltaics as a driver of new local development and employment models.
  10. International policy models for agrivoltaics development: comparative analysis of EU, US, and other country approaches.
  11. Status, challenges, and prospects of agrivoltaics implementation in Ukraine: regulatory framework, institutional readiness, pilot projects, and regional specificities.
Agrivoltaics as a scientific and technological platform: synergy of technologies and training of personnel
  1. Fundamental research on physical, energy, and biophysical processes in agrivoltaic and agro-energy systems as a basis for their design, optimization, and scaling.
  2. Electrochemical processes, electrosynthesis, and energy-driven chemical-technological solutions for agricultural applications based on agrivoltaic systems.
  3. Chemical technologies, material, water, and energy cycles in agrivoltaic and agro-energy complexes as components of the circular bioeconomy.
  4. Synergistic agrivoltaic technologies: energy storage, water solutions, bioenergy, digital and sensor systems, CEA, and precision agriculture as an integrated technological stack of agrivoltaic platforms.
  5. Environmental aspects and the potential for climate change mitigation and adaptation enabled by agrivoltaic systems.
  6. Scientific foundations of sustainability, environmental safety, and technological safety of emerging agro-energy and chemical-technological processes.
  7. Education and workforce development for the agrivoltaics sector: competency models, interdisciplinary curricula, new professional profiles, and lifelong learning for research, design, implementation, and management of agrivoltaic systems.
  8. Human capital development for agrivoltaics: integration of science, engineering, agronomy, spatial planning, and sustainable development into a unified educational and technological ecosystem.

Conference participants

Conference Organizing Committee

Ivkin Viktor Ivanovich

Chair of the Organizing Committee

Chairman of the Board of the Ukrainian Agrivoltaic Association

Kravchuk Volodymyr Ivanovych

Deputy Chair of the Organizing Committee

Chairman of the Academic Council of the Ukrainian International Institute of Agro-Industrial Engineering, Doctor of Technical Sciences, Professor, Corresponding Member of the National Academy of Agrarian Sciences, Honored Worker of Agriculture of Ukraine, two-time winner of the State Prize of Ukraine in Science and Technology

Gornik Volodymyr Gnatovich

Deputy Chair of the Organizing Committee

Doctor of Science in Public Administration, Professor, Director of the Educational and Scientific Institute of Management, Economics, and Environmental Management at V.I. Vernadsky Ternopil National University.

Yevmeshkina Elena Leonidovna

Secretary of the Organizing Committee

Head of the Department of Public Administration and Economics at V.I. Vernadsky Ternopil National University, Doctor of Science in Public Administration, Professor

Roxane Bruhwyler

Member of the organizing committee

Postdoctoral researcher at Gembloux Agro-Bio Tech, Uliège on the TAPIR project/ PhD

Lavrenko Serhiy Olegovich

Member of the organizing committee

Honored Inventor of Ukraine, Candidate of Agricultural Sciences, Associate Professor, Vice-Rector for Scientific Work and International Activities at Kherson State Agrarian and Economic University.

Makedon Galina Nikolaevna

Member of the organizing committee

Candidate of Economic Sciences, Associate Professor of the Department of Management and Agricultural Economics, Nizhyn Agrotechnical Institute, National University of Life and Environmental Sciences of Ukraine.

Frédéric Lebeau

Member of the organizing committee

Professor at Gembloux Agro-Bio Tech, Uliège/ Pr.

Koshelenko Yevhen Valeriyovych

Member of the organizing committee

Candidate of Technical Sciences, Associate Professor of the Department of Electric Power Engineering at Dnipro Polytechnic National Technical University.

Ignatiev Stanislav Evgenievich

Member of the organizing committee

Doctor of Technical Sciences, Candidate of Geographical Sciences, Professor, Vice-Rector for Scientific and Methodological Work (International Cooperation and Development) at the Yuri Kondratyuk Poltava Polytechnic National University

Antonov Andriy Vladyslavovich

Member of the organizing committee

Ph.D., Technical Director, SOLAR STALKONSTRUKTSIYA LLC
Associate Professor, Department of Intelligent Energy Supply Systems, Ukrainian University of Science and Technology

Neboha Tatyana Vasylivna

Member of the organizing committee

Ph.D., Technical Director, SOLAR STALKONSTRUKTSIYA LLC
Associate Professor, Department of Intelligent Energy Supply Systems, Ukrainian University of Science and Technology

Dyadyura Konstantin Alexandrovich

Member of the organizing committee

Doctor of Technical Sciences, Professor. Head of the Department of Agricultural Engineering at Odessa State Agrarian University

Veremiychuk Yuriy Andriyovych

Member of the organizing committee

Head of the Primary Trade Union Organization of the National Technical University of Ukraine “Igor Sikorsky Kyiv Polytechnic Institute”, Candidate of Technical Sciences, Associate Professor of the Department of Power Supply, Faculty of Electrical Engineering

Tanklevska Natalia Stanislavivna

Member of the organizing committee

Doctor of Economics, Professor of the Department of Economics and Finance at the State University of Trade and Economics.

Kurman Tetyana Viktorivna

Member of the organizing committee

Doctor of Law, Professor, Head of the Department of Land and Agricultural Law at Yaroslav Mudryi National Law University.

Bakai Yulia
Yurievna

Member of the organizing committee

Candidate of Legal Sciences, Associate Professor of the Department of Land and Agricultural Law at Yaroslav Mudryi National Law University.

Kovalsky Andriy Oleksandrovych

Member of the organizing committee

Doctoral student, Candidate of Economic Sciences, Senior Lecturer at the Department of Organizational Management, Odessa National Economic University.

Abdulina Iryna Viktorivna

Member of the organizing committee

The editor-in-chief of the scientific and practical journal Intellectual Property in Ukraine conducts scientific work in the electronic publications sector of the State Scientific and Technical Library of Ukraine.

Lisova Tatyana Viktorivna

Member of the organizing committee

Doctor of Law, Professor, Associate Professor of the Department of Land and Agricultural Law at Yaroslav Mudryi National Law University. 

Chernyavska Tetyana

Member of the organizing committee

Candidate of Economic Sciences, Professor, Academy of Applied Sciences in Konin (Poland)

Putintsev Anatoly Vasilyevich

Member of the organizing committee

Candidate of Economic Sciences, Associate Professor, Head of the Department of Finance and Accounting, Educational and Scientific Institute of Management, Economics and Environmental Management, V.I. Vernadsky Ternopil National University;

Revtyo Olesya Yaroslavivna

Member of the organizing committee

Candidate of Agricultural Sciences, Associate Professor, Scientific Secretary of the Academic Council of Kherson State Agrarian and Economic University.

Stoyanenko Iryna Vasylivna

Member of the organizing committee

Candidate of Economic Sciences, Associate Professor of the Department of Economics and Finance of the State University of Trade and Economics, Guarantor of the educational and professional program of the 1st level of higher education “Agribusiness.”

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