UPD: You can download the slides used in the presentations here:
Thermal technologies like concentrated solar power and thermal energy storage systems are key for the decarbonisation of the heat and power sector. Thermal technologies like concentrated solar power and thermal energy storage are key for decarbonizing energy systems. They enable the reliable provision of green heat, contribute to increasing energy efficiency and provide flexibility for both the heat and power sectors.
It is our great pleasure to invite you to the upcoming webinar “Enabling Energy Transition with Thermal Technologies”, organized by the German Association for Concentrated Solar Power (DCSP) and the German Energy Storage Systems Association (BVES) as an official side event to the Berlin Energy Transition Dialogue:
March 31 from 2:00 to 5:00 p.m. (CET), online
The Energy Storage and the SolarPACES Technology Collaboration Programme of the International Energy Agency IEA are supporting partners of the event.
The event will be conducted via Webex. By registering, you agree that we store your contact details in order to send you the content of the presentations after the event. Participation is free of charge.
Session 1 – Enabling Heat Transition for the Industry Heat Supply & Flexibility Options with Thermal Technologies
- March 2022, 2.00 pm – 3.30 pm CET, online
The decarbonisation of the industrial sector is crucial to addressing global emissions. The industrial process heat alone amounts to about a fifth of global CO2 emissions. There is an urgent need for green heat. Thermal storage, as well as solar process heat, can make a significant contribution to the decarbonisation of the industry. Industry leaders will present their technologies during the workshop and showcase successful projects.
Session 2 – Enabling Power Transition: Flexibilizing Electricity Supply with Thermal Technologies
- March 2022, 3.30 pm – 5.00 pm CET, online
With proceeding energy transition and an increasing share of renewables in the grid, there is a growing need of flexibility and grid stabilizing options. What can thermal technologies provide for the power transition? This workshop will give an insight into the use cases and benefits of thermal technologies in the power sector. The leading companies will present their technologies and showcase successful innovative approaches and projects that enable a flexible and decarbonized energy system.
Moderation: Juliane Hinsch, DCSP e.V./ Beatrice Schulz, BVES e.V.
03:30 pm – Michael Taylor, International Renewable Energy Agency IRENA
03:50 pm – Innovative approaches and projects:
- IntegSolar: Future Roles of CSP and Thermal Storage in Solar Hybrid Plants – Luca Schomaker, Suntrace GmbH
- How CSP can improve frequency stability of the power grid – Fabian Petereit, Siemens Energy
- Maximizing Renewable Resources with PtHtP – Raymond C. Decorvet, Senior Account Executive, MAN Energy Solutions Switzerland
- Decarbonization through Carnot batteries with fixed bed storage – Nils Gathmann, Senior Lead Engineer Process- Heat storage solutions, Steinmüller Engineering GmbH
- Renewables with Dispatchable Synchronous Storage to Replace Flexible Gas Fired Power Plants – Janina Hippler-Nettlau, Senior Project Engineer, Malta Inc.
- TUNol Project: Implementation of an integrated industry complex for the commercial-scale production of green methanol with a CSP/ PV hybrid in Tunisia – Dr.Mark Schmitz, TSK FLAGSOL Engineering GmbH
04:30 pm – Panel discussion with the audience
04:50 pm – Closing remarks
05:00 pm – End of the workshop
Since 2013, the German Association for Concentrated Solar Power has been committed to the generation and use of electricity, heat, and fuels from concentrated solar technologies. Its members cover the entire CSP value chain. This ranges from project development and planning, engineering services, component supply and system integration to the ownership and operation of solar thermal power plants and research facilities. The aim of the association is to bundle the strengths and interests of German market participants and to increase international market opportunities.
The BVES is the strong voice of Germany’s energy storage industry. As an industry association that is open to all various kinds of energy storage technologies, the BVES represents the whole spectrum: electric, thermal, electro-chemical, chemical, and mechanical energy storage in the energy sectors electricity, heat and mobility. The BVES bundles forces to facilitate the communication between Germany’s energy storage representatives and the national as well as international political levels, the administrative levels, science and the public. The BVES also routinely works together with the standard-setting organizations in Germany on the technical issues that are of main importance for the energy storage industry.