A new look for residential hybrid systems: A PV-battery-electrolyser-fuel cell power system for a neighbourhood in the Netherlands

With the rise of various renewable energy sources, comes the possibility for combining the different type of sources together to balance their shortcomings. The goal is to find a renewable energy system that can be reliable year-round and be accessible for everyone. This research tries to model such a system. A model of a grid-tied PV-battery...

Future Hydrogen Town: Designing a PV-Hydrogen-Battery-FC system for atypical neighbourhood in the Netherlands

One of the goals outlined during the Paris Agreement in 2015 aimed at 'holding the increase in global average temperature to well below 2C above pre-industrial levels and pursuing efforts to limit the temperature increase to 1.5C'. In conjunction with this, the Klimaatakkord of the Netherlands aims to 'reduce greenhouse gas emissions in the...

Techno-economical design study for a sustainable power station powered by simultaneity of wind, solar, and an integrated Li-ion battery

Our present-day society is utterly dependant on electricity. This dependence will only grow as electrification of sectors such as manufacturing, transportation and building heating takes off. Most of the electricity these days comes from conventional plants running on coal and natural gas. Despite that these are reliable and cheap, the...