ISES Membership

GREA was set up in 1999 by a group of lecturers who taught the mechanics specialisation on the UdL's degree in Industrial Engineering. It has
been a multidisciplinary group from the outset.
The Group puts forward concurrent engineering solutions to industry resulting from its research into the fields of Thermal Engineering, (assessment in TES, energy optimization of buildings and industrial processes and applications of solar energy and other renewable energies), Sustainable Built Environment (green infraestructure and others and sustainable materials) and Machinery Design and Optimization. It likewise engages in technology transfer and training.

PVsyst SA develops, maintains and distributes the application PVsyst, which is used for the design and analysis of PV systems.
It can be used for installations ranging from small residential systems up to large utility PV farms.
The PVsyst software was born of a research project at the university of Geneva.
Since 2012 it has been maintained and improved further by the independent company PVsyst SA.

The Cyprus University of Technology was founded by law on December 2003 and is located in the city centre of Lemessos (Limassol). It aspires to develop itself into a modern, pioneering University able to offer education and high level research in leading branches of science and technology which have high impact on the economic, technical, and scientific sectors. With its orientation towards applied research, the University aspires to establish for itself a role in support of the state and society in their efforts to confront problems, which cover all areas of science and technology.

Founded in 1994, CYTHELIA has long been consulted as a recognized specialist in renewable energies and environmental technologies with international expertise in:
• Photovoltaic
• Energy Efficient Buildings
Within these two fields of activities, Cythelia is mainly providing engineering and consultancy sevices but also Life Cycle Analysis & Carbon Assessment,Training, Publishing and Research & Development.
Cythelia is also developing the ARCHELIOS software which allows the design and the yield estimation of photovoltaic power plants.

The Institute of Solar Technology (IST) is a scientific and educational organization, established in 1980 in Greece, aiming at encouraging research, development, and exploitation of Renewable Energy Sources (RES), while establishing international collaborations, as well as proposing more efficient policies for the wider dissemination and implementation of RES in Greece and the wider South-eastern Mediterranean Area.

Bureau Veritas is a Business to Business to Society company, contributing to transforming the world we live in. A world leader in testing, inspection, certification, we help clients across all industries address challenges in quality, health & safety, environmental protection and social responsibility.

Kreso Group is a staffing and consulting agency commited to connecting the best talent to leading companies in the Sustainabiity & New Energies Sector.

We specialise in placing electrical engineers, project development directors/managers, project managers, technical manager, Investment and finance managers across the Solar landscape in Asia.

SolarSustain Services specializes in the maintenance and upkeep of solar power plants. Our mission is to ensure the optimal performance and longevity of solar energy systems. With a dedicated team of skilled professionals, we provide comprehensive maintenance services, including regular inspections, cleaning, and repair of solar panels and related equipment. Our commitment to sustainable energy solutions is reflected in our use of advanced techniques and eco-friendly practices. At SolarSustain Services, we are dedicated to helping our clients harness the power of the sun efficiently and reliably.

Electrical Contractor

Abora is a Spanish company formed by a team of professionals with extensive background and experience in the field of solar energy specializing in the design, development and manufacture of hybrid solar panels.

is specialized in the preventive maintenance of solar energy installations. The services range from providing a HealthCheck™ service to make sure that the solar energy systems are working optimally, all the way to checking the solar panels, robotic cleaning of solar panels optimizing their efficiency, inspecting all installations, connections and durability of the panels frames and grid as well as checking the function and integrity of the electric inverters, batteries and delivery network.

Hukseflux offers a complete range of sensors and systems for the measurement of solar radiation, heat flux and thermal conductivity. We also provide consultancy and services such as performing measurements and designing customer specific instrumentation based on our thermal expertise. Sensors designed and produced by Hukseflux play a vital role in various applications. Examples are efficiency assessments of solar renewable energy installations and radiometers (pyranometers and net-radiometers) that help understand global climate change. Hukseflux is a technology-driven company and is ISO 9001:2008 certified. Customers are served through the main office in the Netherlands, and locally owned representations in the USA, Brazil, India, China and Japan.

GREA was set up in 1999 by a group of lecturers who taught the mechanics specialisation on the UdL's degree in Industrial Engineering. It has
been a multidisciplinary group from the outset.
The Group puts forward concurrent engineering solutions to industry resulting from its research into the fields of Thermal Engineering, (assessment in TES, energy optimization of buildings and industrial processes and applications of solar energy and other renewable energies), Sustainable Built Environment (green infraestructure and others and sustainable materials) and Machinery Design and Optimization. It likewise engages in technology transfer and training.

TVP Solar is a Swiss company providing carbon-free solutions to one of the world’s most pressing energy challenges: decarbonization of large-scale heat consumption.

Our value proposition is based on 3 pillars:
? Save OPEX, on energy spend
? Cut CO2 emissions, supplying carbon-free heat
? Energy security, stabilizing the supply and cost volatility vs fuel for 25 years

Our Product:
MT-Power is our flagship product, the high-vacuum solar thermal flat plate with both Solar Keymark and SRCC certification on performance above 180°C. TVP also supplies ISO 9001 manufacturing and EPC processes and practices.

Our Activity:
➡️ Design, development and manufacturing of our own high-vacuum solar thermal panels based on proprietary, patented technology
➡️ Sale of turnkey solar thermal decarbonization plants either via capex or heat purchase agreements

Our History:
Established in 2008, TVP has received over CHF 100’000’000 investment to develop, engineer, patent, and certify our core high-vacuum insulation technology, our flagship MT-Power solar thermal panel and our first volume manufacturing plant, in addition to funding an international go-to-market strategy.
With an active sales team across France, Germany, Brazil, China, and Switzerland, TVP also owns an Italian subsidiary acting as OEM of our technology, as well as the EPC arm for self-developed projects. A separate subsidiary is dedicated to renewable heat infrastructure investments.
Overall, TVP employs over 160 personnel worldwide.

Our Clients:
TVP has 10 years of experience in deploying turnkey solar thermal plants, with 21 references sold across 11 different countries, mainly serving industrial and district heat applications.
? Multinationals: PepsiCo (BR) and Martini & Rossi (IT); Emmi (CH); Larnaudie (FR); Saudi Aramco (SA) and TotalEnergies (FR); and Agility Logistics (KW)
? District heat network operators: A2A (IT), CCIAG (FR), SIG (CH), Sondershausen Stadtwerke (DE), and Warmtestad (NL)

The Cyprus University of Technology was founded by law on December 2003 and is located in the city centre of Lemessos (Limassol). It aspires to develop itself into a modern, pioneering University able to offer education and high level research in leading branches of science and technology which have high impact on the economic, technical, and scientific sectors. With its orientation towards applied research, the University aspires to establish for itself a role in support of the state and society in their efforts to confront problems, which cover all areas of science and technology.

The Solar Heating and Cooling Programme was founded in 1977 as one of the first multilateral technology initiatives (Technology Collaboration Programmes) of the International Energy Agency. Its mission is “to enhance collective knowledge and application of solar heating and cooling through international collaboration to reach the goal set in the vision of solar thermal energy meeting 50% of low temperature heating and cooling demand by 2050.

The members of the Programme collaborate on projects (referred to as “Tasks”) in the field of research, development, demonstration (RD&D), and test methods for solar thermal energy and solar buildings.

PSE Conferences & Consulting GmbH is a professional service provider in the field of renewable energy, mainly solar. We offer our expertise in conference management and consulting projects with decades of experience and a world-wide network of researchers, scientific organizations and companies.
PSE conference management covers an extensive range of services: project and budget planning, paper management and reviewing, marketing and sponsoring, the online management of registrations as well as on-location event coordination, and everything else that goes with it.
Since 1996 we organize scientific conferences, seminars and workshops worldwide of all sizes and on all topics related to renewable energies. Anyone who has an idea for a conference and needs backing can contact us. We will help to shape the focus and plan the details.
For several years we have been assisting the Solar World Congress and the EuroSun Conference with our online reviewing and registration tool and participant registration.

We are living in a significant time as nations and companies decarbonise their assets to meet aligned global targets and provide for a cleaner future. Elecseed is a progressive Renewable Energy Developer and Consultancy providing innovation, technical eminence, funding, and multifaceted solutions to deal with the paradigm shift in how we generate, manage, and consume energy. With offices in Seoul Korea and Brisbane Australia, Elecseed identifies and leads specific market needs, not only to propel our drive to a greener future but also satisfy the immediate economic needs and demands. We have experience across the Asia Pacific in bringing the right partners to develop solutions across renewables including Photovoltaics, Wind, Hydrogen, Battery Storage technology and Vehicle Infrastructure, leveraging off strategic financial and engineering expertise.

The Institute’s distinctive transversal themes are:
- decentralisation of electricity production from renewable sources (photovoltaics)
- decarbonisation in the built environment and in mobility
- digitalisation in electricity management (smart grids), and in building construction and maintenance procedures (Building Information Modeling
- democratisation of energy by way of the prosumer, and involvement in technological choices and in their utilisation in real-life conditions (living lab)
Research projects are based on a variety of regularly-revised methods, and benefit from productive collaboration agreements with other research units, public bodies, non-governmental organisations and industries. The Institute promotes technological transfer in a number of developing countries.

The UNIT for Energy Efficient Buildings has two Professor chairs. The chair of building physics is hold by Professor Wolfgang Feist, who is the founder of the German Passive House Institute. His group is specialized thermal and moisture transport, acoustics of building construction as well as ventilation systems.
Prof. Wolfgang Streicher is head of the Institute of Structural Engineering and Material Sciences holds the char of energy efficient buildings and Renewable Energy. It represents a link between classical civil engineering in the building sector and the more mechanical engineering driven HVAC (Heating Ventilation Air Conditioning) and lighting system and the use of renewable energy (solar, biomass, ambient heat) in buildings.
The laboratories comprise climatic chambers for U-value measurement of smaller parts and a fully automatic and flexible heat source/sink apparatus with up to 60 kW heating/cooling supplies for standard and hardware in the loop tests and a test facility for smal decentralied air-air heat recovery heat pump units. The outdoor part includes an solar collector test stand, acoustics and thermal test benchs for façade elements (each for elements 2.6 * 2.6 m). For the theoretical development software various software platforms are available. This equipment

Solar Cookers International (SCI) leads and convenes the solar cooking sector. With it's 30 years of experience, SCI guides, engages, and connects hundreds of partners and stakeholders in 130+ countries in humanitarian aid,advocacy, policy, research, and business with solar cooking to reduce pollution, respiratory disease, water borne disease, poverty, deforestation, climate change, and violence. SCI affects change through a combination of projects, partnerships, advocacy and outreach to the global solar cooker community and beyond. As a leading non-profit, SCI advocates and educates at the United Nations through it's Consultative Status.

The Fraunhofer Institute for Solar Energy Systems ISE creates the technological foundations for supplying energy efficiently and on an environmentally sound basis in industrialized, threshold and developing countries. With its research focusing on energy conversion, energy efficiency, energy distribution and energy storage, it contributes to the broad application of new technology.
Founded in 1981, Fraunhofer ISE, with a staff of 1200, is the largest solar research institute in Europe.

K●A●CARE was established by Royal order A/35 of H.M. King Abdullah bin Abdulaziz Al Saud on 17th April 2010 with the fundamental aim of building a sustainable future for Saudi Arabia by developing a substantial alternative energy capacity fully supported by world-class local industries.
for more details please go through this link www.kacare.gov.sa

The IGTE is one of the leading institutes of the University of Stuttgart and has a unique position on energy engineering within the fields of building energetics, smart city concepts, HVAC systems and energy storages. The department “Smart city concepts and building automation” develop innovative concepts for the energy supply of districts and villages and innovative solutions for the energy supply of buildings. Integral parts of these innovative concepts are the use of renewable energies as well as an economic and ecological consideration of the entire life cycle. After the successful implementation of our concepts we accompany the implementation and work out proposals for the optimization of the plant operation on the basis of a monitoring. For single- and multi-family homes as well as office and industrial buildings, we develop technologies and strategies for energy- and resource-efficient operation. In addition, our "smart-home" solutions also lead to an increase in energy efficiency as well as comfort and thus to an increase in well-being and productivity.
Research areas:
• Solar energy applications
• Energy efficient solar buildings
• Solar local and district heating supply
• Seasonal heat storage
• Accredited testing of solar thermal products
• Development of solar thermal systems and components
• Smart cities
• Bioenergy villages
• Integrated energy concepts
• Innovative thermal energy storage
• Combined power and heat supply
• Solar power and heat supply for buildings and districts
• Dynamic simulation of complex energy supply concepts
• Smart home technologies
• Building Information Modeling (BIM)
• Life cycle assessment (LCA)

Valentin Software develops intelligent software solutions for the planning, design, dynamic simulation and yield calculation of energy supply and can look back on over 25 years of successful company history. Our target groups include engineers, system designers, architects, installers, and heating technology, electrical engineering and building services technicians. Our services include professional software for photovoltaics, solar thermal, heat pumps and energy consulting. Our design tools PV*SOL®, T*SOL® and GeoT*SOL® are user friendly and come with one year’s maintenance. Online webinars and video tutorials are available free of charge. We constantly work on refining our software and engage in open dialog with key manufacturers and research institutions. With our skilled and wide-ranging sales and partner network, we enjoy a high level of penetration in key markets. Our software is used in over 100 countries worldwide.