Highly Optimized Energy Systems (HOPE)

The management of increasingly complex energy systems is a challenge that requires new tools to perform it efficiently. In addition to increasing complexity, the uncertainty in the energy production and consumption increases due to increasing amount of intermittent renewable energy generation and more involvement in the demand side.

The complexity and uncertainty need to be managed in order to meet the stricter environmental legislation on energy efficiency and carbon neutrality. Considering the ambitious environmental goals of European Union for 2030, fast actions are needed.

The project Highly Optimized Energy Systems (HOPE) is established to support the industry actors to develop solutions to increase energy efficiency within energy networks and advance cross-sectoral integration. Aim of the research is to develop tools and solutions for the multi-objective optimization of energy systems by taking into account the operating conditions and uncertainty. This enables optimization to be adapted to the prevailing conditions. Use of advanced weather forecasts aims to improve predictions on the state of energy devices and enable the inclusion of the uncertainty in the optimization. The integration of heat and electricity including production, distribution and demand aims to more efficient energy systems.

The project HOPE consists of four Work Packages (WPs) which approach the business opportunities from different perspectives:

WP 1: Data to serve decision-making – focusing on acquiring and providing high-quality data from different sources related to weather, markets and energy network.

WP 2: Tools for forecasting and controlling devices and processes – providing improved forecast on the operation of energy devices by incorporating all the available data.

WP 3: Tools for system scale – studying the multi-criteria optimization of energy systems for a portfolio of feasible devices to develop a highly scalable solution for diverse environments.

WP 4: Market scale: scenarios and cost-benefit analysis – study on business opportunities for an integrated group of service providers.

The industrial partners with own parallel research projects include seven companies: Oulun Energia, ABB, Fortum, Single Wing Energy, HögforsGST, Fidelix and Vexve. In addition, Valmet Automation, Sumitomo SHI FW, Vaisala and Oilon participate as collaborative partners in Advisory Board. The research organizations of the consortium are University of Oulu (UO), Finnish Meteorological Institute (FMI), Lappeenranta-Lahti University of Technology (LUT), VTT and Finnish Environment Institute (SYKE).

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