Congratulations to one of our team members, Marco Calderoni, from our project partner R2M Solutions, who was elected as new chair of the RHC-ETIP, the European Technology and Innovation Platform on Renewable Heating and Cooling!
The RHC-ETIP represents stakeholders from the biomass, geothermal, solar thermal sectors, heat pumps, district heating and cooling, thermal storage and hybrid systems. It is, therefore, a unique ETIP covering all the renewable heating and cooling technologies.
Marco Calderoni takes over for Javier Urchueguía, RHC-ETIP Chairman in 2020. As key takeaways from his presidency period, Dr.Urchueguía pointed out the influential role of the RHC-ETIP to tip the balance of the budgetary distribution towards renewable heating and cooling. During his first meeting as Chairman of the RHC-ETIP, Marco Calderoni highlighted the potential positive impact of new alliances formed in 2020, such as the one with ETIP SNET and the Clean Energy Transition Partnership. His mandate started on the 1st January 2021 and will run until the end of 2021.
HyCool is part of the RHC European project database and has been actively participating in their events and workshops. Now, we take one more step in our relationship with the Platform and can continue to indirectly contribute to their work of maximising synergies and strengthening efforts towards research, development and technological innovation of Solar Thermal Energy within the European Union.
You can now read the full press release from RHC-ETIP here [https://www.rhc-platform.org/marco-calderoni-elected-as-new-chair-of-the-rhc-etip/]
During this online encounter, a selection of fifteen H2020 EU-funded projects gathered experts from the biomass, geothermal, solar thermal and heat pump sectors to explore a shared strategy to expand the use of renewable energy technology for building and industrial heating and cooling processes.
These technologies offer efficient and increasingly cost-competitive solutions to energy consumption.
Figure 1. Banner for “Renewable Heating and Cooling Solutions for Buildings and Industry Workshop” at SP2020.
In the course of the workshop, the projects were grouped into four categories according to their focus: (1) RHC for industrial applications; (2) storage solutions for RHC building support; (3) innovative solutions for RHC building deployment; (4) demonstration actions for RHC in buildings.
Within the first cluster reviewing Renewable Heating and Cooling (RHC) for industries, Dr. Jakob offered a view of HyCool’s mission to increase the use of solar heat in industrial processes. For instance, HyCool’s solution combines solar collectors with adsorption chillers, that use solar energy to produce steam, heating, and cooling energy with greater efficiency.
Figure 2. Slide from Dr. Jakob’s presentation at SP2020.
Furthermore, Dr. Jakob’s shared the key equipment composing HyCool’s innovation and how it will be tested on the two pilot sites where HyCool will use the latest available developments in both concentrated solar panels and thermal storage fields to develop two innovative hybrid solar system concepts: one for chemical industrial processes primarily meant for solar steam and cooling energy provision and one for the small food industry primarily meant for solar cooling production.
Figure 3. Slide from Dr. Jakob’s presentation at SP2020.
In addition, Dr. Jakob showed how the HyCool’s Pre-feasibility Simulator can enable users to evaluate whether or not HyCool’s technology is suitable for a given industrial cooling process.
More About the Workshop
In conclusion, to further support the increase in the share of renewable energy across the EU, the production and validation of RHC solutions are of primary importance. The numerous fields of application in which innovative RHC technologies are proposed and currently investigated to demonstrate the relevance of this subject. Their performance and reliability must be demonstrated in order to achieve large distribution, because one of the key obstacles is the reluctance of industrial firms to implement new technologies, which can cause problems in production processes.
What seems necessary is to continue and improve cooperation between EU partners in order to take advantage of the expertise gained and to explore the social obstacles to the implementation of these solutions.
The EU-funded HyCool project is demonstrating the technical and economic feasibility of solar thermal cooling production for the chemical and food industries in two pilot sites. By coupling modular Fresnel concentrated solar panels with thermal storage and hybrid cooling units, HyCool extends the range of applications not only to higher temperature processes, but also to cooling and refrigeration.
HyCool stimulates the market segment by addressing the technical feasibility and the issue of business models to stimulate investment towards wide-scale penetration of solar thermal for industrial processes.
Innovative and adaptive solutions can help alleviate high capital investment by industrial players, shifting risk to actors such as ESCos whose core business is to finance, plan, install, and operate renewable energy systems. As one example, in the sunny countries of Spain, Portugal, and Italy, there are approximately 18,500 steam boiler systems in operation – each a potential market opportunity for HyCool to advance the state of the arts in solar thermal for industrial applications. By demonstrating the technical feasibility and validating business model assumptions with relevant stakeholders, this market segment can be propelled.
This project has received funding from the European Union’s H2020 programme under Grant Agreement No. 792073.