Introduction

Around one-third of our national energy consumption takes place in buildings for heating, cooling, lighting and electrical equipment. But in spite of all the clever gadgets, innovations and creativity, gas consumption in homes built in 2010 is no lower than in homes from 1995. How can we ensure that sustainability is more than just a slogan or hype? And how can we truly make the entire energy chain sustainable?

About the research group

The research group is developing knowledge related to the ‘greenification’ of the energy chain in the built environment. Its focus is on system modelling and simulation for energy and indoor climate systems. Models are developed, tested and optimised for practical and educational use and all focus on buildings, greenhouse and otherwise, as well as on energy supply issues in the built environment.

About the professor

dr. ir. ing. Sander Mertens

Sander Mertens began his studies at the Technical University of Haarlem, majoring in Mechanical Engineering, after which he wanted to deepen his knowledge and decided to study Technical Physics at Delft University of Technology. After working in business for a while, he returned to Delft to obtain his doctorate in Aerospace on wind energy in the built environment. During his doctoral process, Sander set up the wind energy / building physics department at engineering firm DHV. He then founded Ingreenious to do international consultancy work and worked on wind energy projects for 9 years at his own company, Windchallenge. In August 2018 Sander was appointed professor of Energy in Transition. In addition to his work as a professor at The Hague University of Applied Sciences, he holds a KIVI (Royal Institution of Engineers in the Netherlands) chair.

PublicatiesResearchGate
[email protected]

LinkedIn profile

dr. ir. ing. Sander Mertens

Matching energy supply and demand will be a key challenge for the energy transition

Team

Within our research group, researchers, lecturer-researchers and students work closely with practice partners to conduct research. Together they are committed to translating the results of the research -knowledge and insights- into the practice of education and the region.
 

Meet our team

Team Onderzoek

Projects

HyUSE

Use of hydrogen as a fuel for mobility and for stand-alone energy systems
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RE-Greenhouse

Accelerating the transition to renewable energy for greenhouse horticulture in Europe.
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B4B, Brains for Buildings

Development of dynamic and static methods for energy flexibility of buildings.
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News

13 November 2024

Research

Regreenhouse: Student explores sustainable choices

At The Hague University of Applied Sciences, we encourage collaboration between students and lecturers for meaningful…
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2 May 2024

Research

RE-Greenhouse initiates renewable energy shift in NWE greenhouses

With the introduction of RE-Greenhouse, the aim is to accelerate the transition to renewable energy in the greenhouse…
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27 February 2024

Research

Energy coaches are the sustainable superheroes

How can we learn from each other's knowledge to contribute to the energy transition?
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Publications

Article

Building Energy Flexibility Assessment with Static Data

This paper presents a method that provides an indication of the energy flexibility characteristics of buildings based on static data about the characteristics of the building and building services.

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Article

From Energy Flexibility to Design Choice

This research investigates how a Modelica computer model can be used to shape an advice on a buildings Energy Flexibility to help control engineers and designers make control and design choices on this subject.

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Article

Teaching and development project for an eMobility bachelor course

To teach eMobility to bachelor students, a development project was set-up, to be undertaken by students. The aim is to explore the various aspects of eMobility by practical laboratory tasks. In the

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Article

Hierarchical Approach in Modeling and Simulation of Power Electronics for Education

In this paper, a hierarchical modeling method is presented, which allows the simulation, of basic principles, up to detailed circuits.

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Article

Virtual Electric Machines Laboratory, Requirements and Practical Realization

In this paper a virtual electric machines laboratory is proposed, where students can be trained, using digital twins of the electric machines from the laboratory.

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