Within this category you can organise your workshops and advertise them.

This category is your entry point for proposing new collaborations. You can submit your ideas for projects that the community can actively engage in. Whether you’re looking to launch a new research initiative or seek partners for technical development, this is the place to get started. Expect quick feedback and an interactive environment to kick-start your collaboration journey.

A space for the community to post offers or requests for services on data analytics, field measurements, soiling analysis, and other related areas.

The partners have developed several innovations on the PV design and simulation.
In particular the modelling part on floating, bifacial and soiling and residential PV has led to products (for academical research or industrial commercialization) which have been showcased in on the COPLASIMON platform https://coplasimon.eu/index.php/demo-software-tools/.
Interact on this category if you have any question related to this topic.

This category is used to include Frequently Asked Questions (FAQ) on COPLASIMON.

The SERENDIPV partners are looking for collaborations in PV monitoring and data analytics.
We are looking for data to test our models on more innovative PV technologies.
The aim is to find stakeholders who could provide data in exchange for QC.
Please do not hesitate to share this forum to feed the PV community.

This category can be ued to start discussion about this site, its organization, how it works, and how we can improve it.

This free online tool is the fruit of collaboration between Lucisun and Université Libre de Bruxelles (ULB) and is part of the COPLASIMON platform, developed in the framework of the Serendi-PV project.
The tool is composed of an interface for calculating the self-consumption ratio, the self-sufficiency ratio and other results for the self-consumption of the energy produced by photovoltaic installations in the whole Europe.
It is aimed at the general public, policymakers, and the photovoltaic installation professionals.
It has two main functionalities. One is for the individual prosumers. Another one is for energy communities.
So both for the prosumer and for a whole neighborhood, this Consolectiv contributes to help people make better informed decisions.
Test the tool at https://consolectiv.eu/index.html and ask in this category any question you may have.
Thank you for your feedback.

This category is dedicated to showcasing the achievements and outcomes of collaborative efforts within the COPLASIMON community. From research breakthroughs to innovative solutions, here you’ll find real-world examples of how partnerships between researchers, developers, and institutions have led to impactful results. Share your success stories, highlight key learnings, and inspire others to contribute to the ongoing growth of the platform.

This category serves as a repository for scientific publications and research papers stemming from COPLASIMON initiatives. Explore cutting-edge research conducted by our community, access peer-reviewed studies, and contribute your own publications to the collective knowledge. Whether you’re looking for references, collaboration opportunities, or showcasing your work, this is the space to engage with the scientific accomplishments of COPLASIMON members.

This category is dedicated to exploring new opportunities for collaboration within the COPLASIMON ecosystem. Whether you’re seeking partners for a research project, proposing innovative ideas, or identifying gaps where collaboration could drive progress, this is the place to present and discuss your proposals. Community members are encouraged to share potential projects, provide feedback, and connect with others who share similar interests or complementary expertise.

This category is dedicated to sharing and discussing funding opportunities that support research initiatives and platform development within the COPLASIMON community. Whether you’re seeking funding for a specific project, looking for grants to enhance the platform’s capabilities, or simply exploring available financial resources, this is the space to exchange information and collaborate on securing funding. Members can post announcements about grants, fellowships, or calls for proposals and connect with potential partners for joint applications.

Solar resource assessment refers to the evaluation of solar resources or solar potential. It is the process of analysing and assessing available data on solar radiation at a specific location to determine how effectively this energy can be harnessed. This process involves collecting and analysing data on solar irradiance, climatic conditions, geography, and other factors that influence solar energy production. The results of a solar resource assessment help in making informed decisions about the suitability of a site for solar power installation and in optimizing its performance.
Post here any question related to this topic and the partners will answer your request.

LuSim is designed by LuciSun to overcome these challenges and help PV professionals make data-driven decisions while visualizing what the data conveys in real time. With a wide range of visualization options for different components of incident irradiance/irradiation and corresponding shading effects, this advanced tool offers innovative and unprecedented features in the realm of solar engineering. These features ensure precise, fast, user-friendly, engaging, and even fun performance simulations.
Check our webpage https://coplasimon.eu/index.php/lusim-demo-teaser/ for getting access to the DEMO tool and write here any question you may have.

This category focuses on the application of data analytics to monitor and optimize the performance of photovoltaic (PV) plants. Here, community members can discuss methods, tools, and strategies for collecting and analyzing data from PV systems to improve efficiency, detect anomalies, and predict maintenance needs. Share case studies, data-driven insights, and best practices for using analytics to enhance the operation of solar energy systems, ensuring optimal performance and long-term sustainability.

My Light 150 and LuciSun have taken part of this platform for monitoring data analytics for residential PV and BIPV.

In this category, you can explore future opportunities. Projects and collaborations that will soon be open for submission are showcased here. Engage in early discussions, help shape the direction of future projects, and prepare to contribute once the submission window opens.

This section contains past and closed collaborations. Although submissions are no longer accepted, you can still browse through completed projects, learn from the outcomes, and propose follow-up collaborations or extensions. It’s a great resource to review successful past efforts and build on existing foundations.

This category provides a dedicated space for organizing and supporting collaboration calls within the COPLASIMON community. Whether you’re looking to propose a new project, gather participants for a research initiative, or seek partners for development, this category offers the tools and guidance you need to get started.