GENERAL INFORMATION
Title of Dataset: Synthetic hydrogen demand data of a typical combinable cereal farm in Eastern England
 	Date and location of data collection: 2025-09-15 in the UK
Keywords: Green hydrogen, Agricultural decarbonisation, Techno-economic assessment
Name/institution/contact information for:
 	Author Name: Dr Da Huo
 	Institution & Theme: Centre for Energy Systems and Strategy, Automotive, Energy and Photonics Theme, Cranfield University
 	Address: Cranfield University, Cranfield, Bedfordshire MK43 0AL
 	Email: Da.Huo@cranfield.ac.uk

 	Author//Principal Investigator/Supervisor Information
 	Name: Prof Nazmiye Ozkan
 	Institution & Theme: Centre for Energy Systems and Strategy, Automotive, Energy and Photonics Theme, Cranfield University
 	Address: Cranfield University, Cranfield, Bedfordshire MK43 0AL
 	Email: n.ozkan@cranfield.ac.uk
Funding source
This research was undertaken as part of the project Prototype Planning Tool for Green Hydrogen Generation and Use in UK Agriculture, supported by the Engineering and Physical Sciences Research Council (EPSRC) Impact Acceleration Award block grant allocation to Cranfield University (EP/X525534/1). The research is also supported by UKRI-EPSRC under grant reference EP/Y026098/1, under the Building a Green Future theme and the International Science Partnerships Fund as part of the Global Hydrogen Production Technologies (HyPT) Center.

Methodological information:
Description of methods for data collection or generation and data processing
The data of diesel consumption in litre over a year (2022-09-01 to 2023-08-31) of a typical combinable cereal farm in Eastern England is collected from references " John Nix, 2023: The Benchmark for Farming, published by The ANDERSONS CENTRE" and "Brian Witney, 1995: Choosing & Using Farm machines, published by Land technology Ltd", the size of the farm is selected as 123 Hectares, which is the average size of farms in Eastern England. The diesel consumption data is then converted to hydrogen demand (in kg) assuming that fuel-consumed machineries are replaced with hydrogen-consumed vehicles.

File name structure and file format:
Structure: ProjectName_DocumentType_Date
Attributes
 	Project name: IAA-HYPT, IAA represents the Prototype Planning Tool for Green Hydrogen Generation and Use in UK Agriculture project, HYPT represents the Global Hydrogen Production Technologies (HyPT) Center project
 	Document type: processed data
 	Date: 2025-09-15
File format: csv


Data-specific information for dataset IAA-HYPT_processed-data_20250915
Variable list
 	Date
 	Time
 	H2_Demand_kg_1Farm: hydrogen demand of 1 typical combinable cereal farm with size of 123 hectares, unit is kg
 	H2_Demand_kg_3Farm: hydrogen demand of 3 typical combinable cereal farm with each being 123 hectares, unit is kg
 	H2_Demand_kg_10Farm: hydrogen demand of 10 typical combinable cereal farm with each being 123 hectares, unit is kg
 	H2_Demand_kg_1Farm_Delivery_Vehicles: hydrogen demand of delivery vehicles to deliver harvested crop of 1 typical combinable cereal farm, unit is kg
 	H2_Demand_kg_3Farm_Delivery_Vehicles: hydrogen demand of delivery vehicles to deliver harvested crop of 3 typical combinable cereal farm, unit is kg
 	H2_Demand_kg_10Farm_Delivery_Vehicles: hydrogen demand of delivery vehicles to deliver harvested crop of 10 typical combinable cereal farm, unit is kg