Project record
HARI project
Public information about this hydrogen project, including status, location, and technical detail.
Hover or focus the dot next to a value to see its confidence and source.
10 sourced values · 3 earlier records · 10 secondary context values
Sourced valueEarlier record, source not yet verifiedSecondary research context
StatusOperationalEarlier record
Original source not yet verified
Original source not yet verified
CountryUKConfidence: Reported
Source: Charnwood Renewable and Low Carbon Study
Source: Charnwood Renewable and Low Carbon Study
Capacity0.034 MWEarlier record
Original source not yet verified
Original source not yet verified
LocationView on map →
Project Identity and Location
Public NameHARI projectConfidence: Reported
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Site NameWest Beacon FarmConfidence: Reported
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Project Purpose and Configuration
Componentstwo Carter 25 kW wind turbines, fixed PV array with 3 kW monocrystalline modules and 3 kW polycrystalline modules, approximately 3 kW hydroturbines, 15 kW LPG internal combustion engine, 7 kW PEM fuel cell stack, 20 kW Zebra battery, high-pressure hydrogen storage tankConfidence: Reported
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Configuration DetailGenerators, loads and storage are interconnected through a central 620V DC bus; the hydrogen subsystem includes an electrolyzer, pressurised gas store and fuel cells.Confidence: Reported
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Final Useresidential house, offices, commercial and domestic loadsConfidence: Reported
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Power Sourcewind, photovoltaic, micro-hydro, hydrogen fuel-cell electricity, LPG engineConfidence: Reported
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Source: Optimization of the HARI stand-alone energy system with TRNSYS
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Project TypeResearch and demonstration project for hydrogen energy storage integrated with renewable energy systemsConfidence: Reported
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Technologyelectrolyzer, pressurised hydrogen gas storage, fuel cells, wind turbines, photovoltaic arrays, micro-hydro generatorsConfidence: Reported
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Source: Optimization of the HARI stand-alone energy system with TRNSYS
Project Lifecycle and Change
Lifecycle StagecommissioningConfidence: Reported
Source: Electrical integration of renewable energy into stand-alone power supplies incorporating hydrogen storage
Source: Electrical integration of renewable energy into stand-alone power supplies incorporating hydrogen storage
Earlier records
ProductH2Earlier record
Original source not yet verified
Original source not yet verified
Secondary research context
Tracker snapshots are supporting research, not verified project facts. They stay separate from the sourced-value count and do not replace confirmed values.
CountryUnited KingdomSecondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Public NameHARI project, West Beacon FarmSecondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Event2004Secondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Progress StatusOperationalSecondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Show 6 moreHide 6
ProductH2Secondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
TechnologyALKSecondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Capacity7.391Secondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Capacity0.006Secondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Capacity0.034MWSecondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Capacity0.034Secondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Sources
| Source | Type | Publisher | As of |
|---|---|---|---|
| Optimization of the HARI stand-alone energy system with TRNSYS | Original source | University of Strathclyde, Energy Systems Research Unit | |
| Charnwood Renewable and Low Carbon Study | Original source | Charnwood Borough Council | |
| Electrical integration of renewable energy into stand-alone power supplies incorporating hydrogen storage | Original source | Strathprints, University of Strathclyde |