Dr. Esther Zondervan-van den Beuken
- Circulaire Plastics
- Impact Assessment
- Design for circularity
We focus on ten societal areas.
TNO cooperates with companies, the public sector and other organisations, to apply our knowledge and expertise with and for others.
We develop knowledge not for its own sake, but for practical application.
On TNO Insights you can read in-depth interviews and articles. Get inspired by TNO’s innovations!
TNO offers you the chance to do groundbreaking work and help customers and society with innovative, practical and smart solutions.
Get in touch with Esther Zondervan-van den Beuken
TNO focusses on complex system transitions, such as the transition of oil and gas to sustainable energy and the transition to a circular economy. In their research, TNO focusses on the development of models that help us to understand complex systems and to predict, influence or steer their behavior. In all projects, TNO pays special attention to the stakeholder landscape and the needs of stakeholders.
Energy flexibility can be seen as the ability of energy producers and users to choose the timing of their energy production and use. More flexibility in the energy system is needed to absorb the sustainable energy potential while keeping a reliable energy system that is affordable. The affordability is determined by both energy prices as well as network cost. Energy flexibility is needed to balance energy consumption and production, responding to variability and uncertainty in both demand and supply. This need is more important in the electricity system, as affordable large-scale electricity storage is lacking. Currently, flexibility is mainly provided by traditional power plants and large industrial consumers. With the transition to a more sustainable energy system, variability in energy supply will rise due to wind force and solar radiation variations, while the production from traditional plants is expected to decrease.
The workshop’s discussions focussed on how the trade of energy flexibility services, especially those sourced from prosumers, is growing into an inherently complex system, as it combines a cyber-physical system where vast numbers of smart devices interact with multiple stakeholders exchanging these services. This complexity will be overlaying the already existing multi-layered complexity of the energy system: the physical infrastructure and the related network of business, value and markets.
While all participants agreed that markets need to be introduced at the distribution level of the electricity network and that these markets will be highly automated, discussions focussed on how we should shape these future energy markets and the corresponding revenue and business models of all stakeholders involved. To orchestrate the energy transition in such a way that it benefits our society as whole is essential. s. Effective use of ICT technology and proper design and implementation of sustainable business models should result in a robust and resilient energy system, both from a technical and a socio-economic viewpoint.
To get a grip on the increasing complexity related to energy flexibility trade, innovations are needed in multiple areas simultaneously, including the value network, business and market models and information technology.
Join our early research program Complexity on unraveling complexity in energy trade, market and business models and get a grip on how to design an (eco)system that is robust and resilient from a technical, economic and societal perspective.