1414 Degrees Update on Aurora Project
1414 Degrees Limited has provided an update of its Aurora Energy Project in the National Electricity Market. The Company has restructured its Aurora project team to ensure optimal delivery of the project. Additional energy market expertise has been brought into the team, particularly to refine the business case modelling of spot energy prices and Frequency Control Ancillary Service revenues. The revised modelling to identify the highest return-lowest risk outcome for 14D shareholders has been promising and the key outcomes to date are:
Postponing solar PV generation from the first stage of Aurora development would substantially reduce the capex from the previously announced AUD 199 million and remove the requirement to sell Power Purchase Agreements which are currently at historic lows
BESS size could be increased to 140MWh (subject to transmission connections), for higher revenue streams from:
Merchant generation: Current low wholesale energy prices support charging the BESS from the NEM
FCAS: The BESS will be positioned for further revenue upside from merchant and FCAS as thermal power stations continue to exit the market due to renewable penetration and low wholesale electricity prices
Further Aurora project financing updates
Engineering, procurement, and construction vendor financing has been offered, management is reviewing the economic and practical benefits of these offers
The Federal Government budget reaffirmed AUD 110 million in contingent financing for a thermal storage project in Port Augusta
A BESS with merchant earnings is attractive to potential project financiers in the current wholesale electricity market conditions
Several options are under evaluation for connection to 132kV or 275kV high voltage transmission lines to the Davenport substation in Port Augusta. While having these options adds some complexity to the business planning, they add flexibility to manage cost, constraints and connection efficiency.
The BESS business case with investment options is approaching completion and will be reported in the near term. Modelling and development of a hybrid power plant with Thermal Energy Storage System is continuing.
In Stage 2 of the Aurora project 1414 Degrees intends to commission and test a TESS pilot of 75MWh/2MW capacity using its new SiBox technology.