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DeltaGrid 2050

Perspectives on the South Holland energy infrastructure
How do we manage energy when all sources and different energy carriers—molecules, electrons, and heat—are interconnected and interchangeable? What happens when millions of energy users also become producers, continuously, automatically, and digitally interacting with the energy system as both consumers and suppliers? And how will this system function if all users have the ultimate freedom to create their own energy infrastructure, or when the government makes decisions based on cost efficiency across entire value chains?

Together with Fabrications, Studio Wolfpack and Kamangir, commissioned by the province of South Holland and the Energy Innovation Board, two perspectives were made - ultimate freedom in an energy patchwork and ultimate efficiency in an energy mainframe.

2019

Research by design

client
Provincie Zuid-Holland, EnergyInnovation Board Zuid-Holland
programme
Energitransition
Energy infrastructure
in cooperation with
FABRICations
Studio Wolfpack en Kamangir
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Western Europe and the Netherlands from space station ISS. © NASA
These proposals show two vastly different futures for the province of South Holland, with huge systemic differences, as well as economical, societal and institutional challenges. A synthesis of these perspectives explores how a robust energy infrastructure with room for local initiatives could appear, and where a patchwork or a mainframe approach would be dominant.
Delta Grid 2050
Delta Grid 2050
The Circular Mainframe, a robust and future-proof energy and resource system utilizing a multi-commodity backbone structure.
Mainframe 2050: cost-efficient energy system for the entire chain from source to supply
Mainframe 2050: cost-efficient energy system for the entire chain from source to supply
Mainframe 2050: cost-efficient energy system for the entire chain from source to supply
Smart Thermal Grid: geothermal for the low temperature heat demand of the built environment
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Dordrecht heating network
StudioMarcoVermeulen has worked on the regional elaboration and implementation of the Circular Mainframe, a robust and future-proof energy and raw material system using a multi-commodity backbone structure. We previously developed this Circular Mainframe on behalf of the Klimaattafel Industrie and offers scope and direction to many initiatives from various stakeholders and users.
A number of crucial energy system components, linked to energy and / or resource flows, can be identified that contribute to a robust and future-proof energy system
A number of crucial energy system components, linked to energy and / or resource flows, can be identified that contribute to a robust and future-proof energy system
A number of crucial energy system components, linked to energy and / or resource flows, can be identified that contribute to a robust and future-proof energy system
With the focus on integrated chain optimization in making energy and resources more sustainable, commodities, conversions and modes of transport are of great importance
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Cost efficiency of CO2 reduction measures serves as the basis for system choices in the Mainframe perspective
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Comparison of chain costs for heating systems. Geothermal and heat networks: high initial investments in energy infrastructure but considerably cheaper throughout the entire chain