Text
EMERSOL
Emerging Solar Technologies for Resilient Industrial and Residential Energy Systems
The EMERSOL project aims to meet the growing demand for renewable heat by developing modular and standardised Solar Heat for Industrial Processes (SHIP) systems for polygeneration.
These systems support the transition from fossil fuels by providing easily deployable solar thermal solutions that can be integrated into diverse industrial environments.
In parallel, EMERSOL explores Heat Purchasing Agreement (HPA) models to establish a financial framework that promotes large-scale adoption of solar technologies, ensuring their long-term economic viability. Advanced simulation tools are employed to optimise solar field performance and energy yield, enhancing both technical efficiency and cost-effectiveness.
The project also focuses on hybrid photovoltaic-thermal (PVT) collectors that combine electricity generation with heat recovery. By integrating these collectors into district heating and decentralised energy systems, EMERSOL strengthens energy security and contributes to decarbonisation. Overall, the project advances emerging solar technologies that enhance the resilience and sustainability of future energy systems.

Project Leader
João Santos Gomes, Högskolan i Gävle
joao.santos.gomes@hig.se
Partners
- Absolicon Solar Collector AB
- MG Sustainable Engineering AB
- Solar Peak AB
- Solarus Renewables AB
%20(2)%20resilient%20hosted%20by%20mdu%20logga.png)