New pre-feasibility assessment tool

The HyCool project launches the HyCool Pre-feasibility Simulator

Prefeasibility Assessment Tool

The HyCool project is ramping up the development of the exciting “HyCool Toolset” that couples innovative concentrated solar thermal collectors with novel hybrid-heat pumps to achieve a wider temperature output range of renewable heating & cooling for any industrial environment or process which may need cooling.

To demonstrate the solar refrigeration concept underpinning the “HyCool Toolset”, a “pre-feasibility simulator” or PFS has been released on the project’s website (https://hycool-project.eu/prefeasibility/). The HyCool PFS in seconds tells users how well this HyCool solar refrigeration concept fits to any given industrial cooling process.

The HyCool PFS is conceived for any user interested in deploying renewable energy into an industrial process. The inputs asked for the simulation are about the process and the estimated temperature:

  • Industrial process & internal temperature – only the required cooling temperature, the electricity price and the amount of full-load operation hours of the process are needed.
  • Estimated solar irradiation and external temperature – an irradiation map is provided; you’ll determine the yearly average Direct Normal Irradiation at the industrial site being simulated. Furthermore, you will need the average external temperature, which can be easily found on the web.

Once you have input the above data into the PFS, you will be able to evaluate the suitability of solar refrigeration for your industrial process in just a couple of seconds. If your industrial cooling process turns out to be feasible, you can contact the HyCool team via the project website and refer to your PFS-ID. You must know the tool only provides a very rough evaluation and is not meant for commercial use.

Users receive a free, private dataset that fully complies with GDPR and is first shown on-screen and subsequently auto-emailed to you. Results are concise, and scores range from 0 to 40 with 0 meaning no suitability and 40 being perfectly suitabile.

With little or no understanding of solar thermal energy and heat pump technology, and very little data about the process being simulated, the HyCool PFS offers the public a glimpse of Industry 4.0 with high efficiency, energy flexibility to reduce consumption, and a high penetration of renewables for industry.

The business cases are currently being piloted across Europe for the market-ready hardware to enter commercialisation planning phase by 2020. HyCool encourages you to test the PFS today!

Try our HyCool pre-feasibility simulator here.

 

HYCOOL Video presentation

We finally have here the first video of the HYCOOL project, a motion graphics video that explains in a simple and synthetic way our objectives and the technologies we use, without forgetting the benefits and advantages of installing our innovative cooling systems.

The video is uploaded to the HYCOOL’s YouTube channel, so you can easily share and help us disseminate the project! https://youtu.be/DHTHd2Gmf_A

More news will soon be published in our first newsletter, which will be sent very soon.
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Standards as a tool to boost the impact of HYCOOL

Standards as a tool to boost the impact of HYCOOL

by Natalia Ortiz de Zárate, from the Spanish Association for standardization, UNE

The Spanish Association for Standardization, UNE is the body legally responsible for the development of standards in Spain and is also the representative in talks with European standardization bodies (CEN/CENELEC).  Standardization helps shape the future, since it involves state-of-the-art technology and favours the development of new markets resulting from the constant innovation activity carried out by organisations and consortiums.

Standardisation adds value to Research & innovation projects and activities, through the use of the existing standards and the contribution to the development of new ones. Standards provide information on a myriad of tools that simplify the design of and guarantee compatibility with systems and conditions that are already in place. Using them reduces costs and risks, generating trust in the users, facilitating acceptance on the market and streamlining marketing. Concerning this first task, the analysis of existing standards and technical committees related to Hycool activies, the Report on the standardization landscape and applicable standards was submitted to help partners to be aware of the state of the art in solar thermal energy and other related topics.

But standards can also become a valuable tool for transferring the results and knowledge developed in the Hycool project. Both promotion and launch to market, are key to optimising the economic and social impact of the outcomes of Hycool. Standardization system constitutes itself an efficient and fast information and knowledge transfer structure. The bidirectional implication of correspondent technical committees at international, European and national levels allows any information provided to reach an immediate widespread dissemination, focused to the interested stakeholders in every country. Standardization activities have then intrinsically a component providing a mean visibility to the project itself and its outcomes to promote the increase of the current use of solar heat in Industrial processes.

Now UNE is working to establish a close relationship with relevant technical committees in order to better monitor the existing and ongoing standards and to identify gaps and other topics relevant to Hycool where standards could be developed to promote the inclusion of the findings of the project in future new or revised standards that can be easily used by the European or international industry. Participation in standardization activities and collaboration with standardization committees will also help reducing any existing or future barrier from the standards side that could affect the project impact. Standardization activities in HyCool are considered by this reason as a valuable tool for supporting the exploitation of the project outcomes, by facilitating future replicability and widest use and reducing market acceptance risks.