Closed
Hydroglen Renewable Energy Plant
Descriptions
JHI's overall ambition for the Hydroglen project is to demonstrate that it is possible to take an existing operational farm and make it 100% self-reliant based on a combination of on-site generated renewable energy, fuel cells and energy storage involving batteries and hydrogen. The site energy requirements include residential and commercial loads as well as the needs of planned electric vehicles and hydrogen fuel cell cars and machinery which will use HydroGlen as a testing facility. The objective is that by utilising renewable energy and hydrogen, the daily facility electricity demands are covered but as well that on-site hydrogen is generated through electrolysis with the net excess of renewable energy production. It is also intended that HydroGlen is operated in such a way, with a focus on modularity, that the HydroGlen solution can be scaled up or down in accordance with the individual requirements of other farms. More specifically a successful outcome will entail HydroGlen producing sufficient renewable energy over a 3-month operational period (including commissioning) to demonstrate it has generated more than Glensaugh Farm’s net energy usage equivalent over the same period via renewable energy generation sources, while producing green hydrogen via electrolysis and successfully compressing, storing, and then reconverting to electricity via fuel cell. The operation of the commissioned HydroGlen project will not interfere with or materially disadvantage the normal operations on Glensaugh farm. JHI wishes to procure a partner to progress the HydroGlen project over the course of 2024 and 2025. The Technical Specification will set out the successful outcome required for HydroGlen but will not mandate how that successful outcome will be achieved. Bidders' proposals will be required to demonstrate that their bid solution meets the outcome-based goals of JHI but the overall design and approach to delivery (including recommended systems, key equipment capacity and configuration) will be for the bidder to specify. Acknowledging that this is a proof-of-concept project, bidders will only be asked to commit to a fixed price for the initial design development work in their bids. However, as part of the technical (quality) submission, bidders will also be required to provide an estimated cost for the project which will be assessed by JHI for deliverability. Once the detailed design work has been completed, the contractor will be required to propose a fixed cost for the delivery of the HydroGlen project and will be obliged to procure the project for that fixed cost acting as the EPC contractor. The fixed cost must not be more than the total budget. It is expected that bidders will want to use the concept design work undertaken on behalf of JHI by ITPEnergised and Thornton Tomasetti to develop their own proposals for the HydroGlen project subject to such proposals being capable of meeting the overall objectives of JHI for HydroGlen. JHI has a total budget of GBP3.5m (including VAT) for the HydroGlen project. The feasibility of how the overall goals of the HydroGlen project can be achieved within the total budget of GBP3.5m (including VAT) will be discussed with bidders during dialogue and inform bidders' proposed solutions. It is anticipated that the appointed EPC contractor will progress its preferred solution pursuant to the terms of the EPC Contract to an approved detailed and coordinated design (for which it will be responsible) and this design will then be delivered on a turn-key basis.
Timeline
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Tender Regions
CPV Codes
9330000 - Solar energy
71242000 - Project and design preparation, estimation of costs
44612100 - Gas cylinders
45100000 - Site preparation work
44612200 - Gas tanks
9332000 - Solar installation
65300000 - Electricity distribution and related services
65200000 - Gas distribution and related services
31122100 - Fuel cells
45113000 - Siteworks
44610000 - Tanks, reservoirs, containers and pressure vessels
24111600 - Hydrogen
31400000 - Accumulators, primary cells and primary batteries
9331000 - Solar panels
31121330 - Wind turbine generators
Keywords
solar energy
renewable energy
clean power
solar power systems
PV
photovoltaic modules
PV systems
solar energy panels
solar cells
renewable energy panels
photovoltaic arrays
rooftop panels
silicon panels
off-grid solar
solar power generators
sustainable electricity units
solar installation
PV system installation
solar panel setup
renewable installation
industrial hydrogen gas
H₂ cylinders
fuel-cell gas supply
high-purity hydrogen
WTG
wind turbine generator
wind-gen unit
wind power generator
wind energy machine
fuel cell unit
hydrogen cell
PEM fuel cell
energy cell
stationary fuel cell
primary battery
cell accumulator
non-rechargeable battery
alkaline cell
zinc carbon cell
tanks
reservoirs
storage vessels
pressure containers
industrial tanks
metal containers
liquid reservoirs
gas cylinders
storage tanks
pressure vessels
pressure cylinders
gas storage cylinders
compressed gas vessels
industrial gas cylinders
cylinder valves
portable gas cylinders
gas tanks
gas vessel containers
gas cartridge cylinders
liquefied gas tanks
high-pressure gas vessels
industrial gas tanks
cryogenic gas tanks
cylinder gas storage
LPG tanks
gas container vessels
gas reservoirs
compressed gas tanks
site preparation work
land clearing
excavation
site grading
demolition prep
earthworks
groundwork services
foundation prep
site leveling
preparatory works
siteworks
site development services
construction site preparation
infrastructure siteworks
earthworks support
industrial site setup
utility siteworks
site facility preparation
construction siteworks
gas supply
gas transmission
gas delivery
pipeline distribution
natural gas services
gas infrastructure
gas network operation
utility gas service
gas utility maintenance
domestic gas supply
electric power supply
grid operation
electricity delivery
power infrastructure
electrical network management
public utility services
electricity transmission
energy distribution
electrical utility
voltage regulation
project design planning
cost estimation
budget forecasting
design preparation services
cost planning
conceptual budgeting
design cost analysis
project cost estimation
cost feasibility study
pricing design
Tender Lot Details
2 Tender Lots
Workflows
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Possible Competitors
1 Possible Competitors
