Beurskens, L.W.M.
Publicaties van Beurskens, L.W.M.
Energie uit water in en rondom het Waddengebied
Het Waddenfonds heeft voor het Waddengebied twee verduurzamingsambities: Energiebehoefte Waddengebied Om de eerste ambitie te vervullen is er 560 – 1120 GWh/jaar elektriciteitsproductie in het Waddengebied nodig. Om de tweede ambitie te vervullen is er op de Waddeneilanden 170 –180 GWh/jaar additionele elektriciteitsproductie nodig. Het verwachte elektriciteitsverbruik op de Waddeneilanden zelf is 145 GWh/jaar in […]
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Effecten energietransitie op de biodiversiteit
Besluitvormers hebben inzicht nodig in de mogelijke gevolgen die nieuwe projecten op het gebied van hernieuwbare energie kunnen hebben op de biodiversiteit en hoe deze effecten kunnen worden beperkt. Voor zeven energietechnologieën is uitgebreid literatuuronderzoek gedaan: De resultaten zijn per technologie gepresenteerd in een helder overzicht. Hierbij is uitgegaan van de vier fasen van de […]
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Wind Onshore
Onshore wind power is a mature technology, deployed worldwide. Asia, Europe and the United States show the highest total capacity. Wind turbines have grown significantly over the past decades, resulting in increased yield and at the same time cost reductions. The larger the diameter of a wind turbine rotor, the larger the swept area, which […]
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Aanzet voor een Nederlandse Roadmap Zonnewarmte
Leidraad Aardgasvrije wijken Voor de energietransitie naar een aardgasvrije gebouwde omgeving zijn innovaties en nieuwe concepten nodig, ook voor zonnewarmte. Aardgasvrije concepten zullen de komende jaren breed besproken worden en het is belangrijk om hierin zonnewarmte als onderdeel van de oplossing te presenteren. Zonnewarmte kan een rol spelen bij alle strategieën die in de Leidraad […]
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Review of energy transition scenario studies of the Netherlands up to 2050
Major insights (‘general observations’) of the report High diversity of scenario studies The scenario studies reviewed in the report show a wide diversity in terms of the general character and approach of these studies, their scope and focus, as well as the underlying assumptions of these studies. High diversity of scenario outcomes The reviewed scenario […]
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Floating solar PV >1 MWp – oriented South
The solar modules generate direct current (DC). The DC might be used for off-grid applications, combined with an electricity storage system (i.e. battery), however these systems will not be addressed in this factsheet: off-grid systems are considered niche markets where different pricing mechanisms occur. The major contribution for the Netherlands is expected to be in […]
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Floating solar PV >1 MWp – oriented East/West
The solar modules generate direct current (DC). The DC might be used for off-grid applications, combined with an electricity storage system (i.e. battery), however these systems will not be addressed in this factsheet: off-grid systems are considered niche markets where different pricing mechanisms occur. The major contribution for the Netherlands is expected to be in […]
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Rooftop solar PV 15 kWp – 1 MWp – oriented South
The solar modules generate direct current (DC). The DC might be used for off-grid applications, combined with an electricity storage system (i.e. battery), but these systems will not be addressed in this factsheet: off-grid systems are considered niche markets where different pricing mechanisms occur. The major contribution for the Netherlands is expected to be in […]
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Rooftop solar PV 15 kWp – 1 MWp – oriented East/West
The solar modules generate direct current (DC). The DC might be used for off-grid applications, combined with an electricity storage system (i.e. battery), however these systems will not be addressed in this factsheet: off-grid systems are considered niche markets where different pricing mechanisms occur. The major contribution for the Netherlands is expected to be in […]
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Ground-based solar PV >1 MWp – oriented East/West
The solar modules generate direct current (DC). The DC might be used for off-grid applications, combined with an electricity storage system (a battery), however these systems will not be addressed in this factsheet: off-grid systems are considered niche markets where different pricing mechanisms occur. The major contribution for the Netherlands is expected to be in […]
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Rooftop solar PV up to 15 kWp – oriented South
The solar modules generate direct current (DC). The DC might be used for off-grid applications, combined with an electricity storage system (a battery), but these systems will not be addressed in this factsheet: off-grid systems are considered niche markets where different pricing mechanisms occur. The major contribution for the Netherlands is expected to be in […]
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Rooftop solar PV >1 MWp – oriented East/West
The solar modules generate direct current (DC). The DC might be used for off-grid applications, combined with an electricity storage system (a battery), however these systems will not be addressed in this factsheet: off-grid systems are considered niche markets where different pricing mechanisms occur. The major contribution for the Netherlands is expected to be in […]
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Ground-based solar PV >1 MWp – oriented South
The solar modules generate direct current (DC). The DC might be used for off-grid applications, combined with an electricity storage system (a battery), however these systems will not be addressed in this factsheet: off-grid systems are considered niche markets where different pricing mechanisms occur. The major contribution for the Netherlands is expected to be in […]
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Solar PV, Rooftop >1 MWp, oriented South
The solar modules generate direct current (DC). The DC might be used for off-grid applications, combined with an electricity storage system (a battery), however these systems will not be addressed in this factsheet: off-grid systems are considered niche markets where different pricing mechanisms occur. The major contribution for the Netherlands is expected to be in […]
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