07 Jun 2026 08:40 → 14 Jun 2026 08:40 AEST
| Capex total (greenfield) |
$310.00M
Shown in table How this was derived Reference |
|---|---|
| Capex refurbishment |
—
|
| Capex / MWh storage derived |
$356,322
Shown in table Reported / source value How this was derived Reference |
| Fixed OPEX (annual) |
$2.50M
Shown in table How this was derived |
| Fixed OPEX / MW-yr |
$25,000
Shown in table Reported / source value How this was derived |
| Variable OPEX / MWh |
$1.50
Shown in table Reported / source value How this was derived |
| Fuel cost / GJ |
—
|
| Heat rate GJ/MWh |
—
|
Confidence: medium · Status: ai estimated · Capex basis: default · AI checked 04 Jun 2026
Notes
Ebor BESS is reported as a 100 MW / 870 MWh project in February 2026 project announcements, although Bridge Energy’s site also describes 100 MW / 800 MWh. The $310 million figure is an owner/development-partner project value for the 100 MW / 870 MWh project and is used here as the reported greenfield capex. No separate plant-specific operating cost disclosures were found, so server-side battery defaults were used for OPEX. The project website states an operational life of at least 25 years.
No project-specific greenfield capex figure was found in owner/developer, government, or financing sources. Bridge Energy materials confirm Ebor BESS is a 100 MW / 800 MWh battery project in NSW and target operations in 2028; a separate page states an initial 100 MW / 870 MWh project design under the Energy Vault partnership, so capacity figures vary across public disclosures. O&M and emissions fields use the provided fallback/default assumptions for battery storage; emissions intensity is zero for battery storage because there is no direct combustion fuel use. Asset life set to 25 years based on the project website.