Mini seminar ENERGIEOPSLAG
Description
Lectures:
[1] WHAT STORAGE POSSIBILITIES exist
[2] NEW TYPE OF BATTERIES: ELESTOR & AQUA BATTERY
[3] IMPACTS ON NET ENERGY
[4] STORAGE BY WATER STORAGE
[1] An overview of applications and technical possibilities. Since I, Jillis Raadschelders, started modelling a hybrid car 15 years ago, energy storage has always been one of my interests. It is my experience that for successful commercial application of energy storage systems, many stakeholders need to be involved. From the ESA board, I witnessed the first commercial roll-out of large-scale li-ion systems and saw the market develop. From this experience, I see the relevance of connecting the different parties, for the development of a European market. From ESA, as a linking pin, I co-founded the European organisation EASE, where I am still active as a board member. Also in the Netherlands, we managed to bring all relevant parties together in Energy Storage NL.
[2] Batteries of the future: Elestor BV is a young but fast-growing company, active in the development of electricity storage systems for industrial applications, based on the hydrogen bromide flow battery principle. With a unique system design, Elestor has developed the flow battery into a robust and scalable product, whose storage cost per kWh factors are lower than those of existing technologies. As such, the introduction of Elestor's technology will play an important role in the transition to a 100% sustainable electricity supply. AquaBattery B.V., winner Herman Wijfel Prize, Circular Economy category. Renewable energy sources such as solar and wind are experiencing strong growth. However, these sources are intermittent and the energy cannot be stored optimally. Aqua Battery's Blue Battery is a battery that runs only on water and kitchen salt.
[3] Grid facilities. The possibility of decentralised generation and storage of electricity is already a reasonably affordable option within a decade. The number of users (collectives) that can fully meet their own energy needs will grow. And in the longer term, an increasing number of users will cancel their connections. This will increase the cost per connection for those customers who do not (yet) go off the grid. How this process will unfold is difficult to predict. At Alliander's request, students from the HAN are building a simulation system to map these effects.
[4] The potential of hydrogen as seasonal storage of electrical energy. With increasing implementation of solar and wind energy and the switch to gasless (i.e. electric) heating, as envisaged in the energy transition, a need arises for seasonal storage of electrical energy. Hydrogen could play a role in this.
Speaker(s)
Day chairman Guus Pemen TU Eindhoven
Lectures:
[1] WHAT STORAGE POSSIBILITIES exist, Jillis Raadschelders DNV-GL
[2] NEW TYPE OF BATTERIES: ELESTOR , Guido Dalessi & AQUA BATTERY, Emil Goosen
[3] Effects on NET ENERGY, Sjef Cobben Alliander
[4] Storage by means of WATER STORAGE Mascha Smit HAN
Host Mascha Smit Lecturer Sustainable Energy
Location
Arnhem and Nijmegen University of Applied Sciences
Ruitenberglaan 26, 6826 CC Arnhem
Organiser
Region Gelderland
Name and contact details for information
Gerard Thomas