Examining hard-to-abate sector’s specific CO2 generation activities, fuel inputs, and viable decarbonization options, including electrification, is required to provide an accurate outlook on this critical aspect of the energy transition.
Industrial Decarbonisation: Hard-to-Abate Sectors Read More »
The rapid expansion of data centres to support AI, cloud computing, and digitization is reshaping electricity demand and challenging grid planning. Energeia’s research highlights the drivers of data centre growth, their unique energy profiles, and strategies for efficient grid integration.
The Future of Data Centre Electrical Grid Impacts Read More »
Energeia’s research outlines key pathways, including renewable gas blending, thermal energy networks, and end-use electrification, all vital for achieving carbon targets while minimizing economic disruption. Read on to explore how these strategies can reshape natural gas decarbonisation.
Natural Gas Decarbonisation Strategies and Impacts Read More »
FCAS exist to provide AEMO with operational reserves in case of unplanned variations in demand and supply to keep demand and supply of electricity in balance in real time.
The Balance of Ancillary Services Pricing Read More »
Electrification of appliances and transport will radically change the optimal grid and bulk system configurations. What is a solution for managing all these resources without a significant increase in the cost of the grid?
State of the Art in Virtual Power Plants (VPPs) Read More »
A summary of hosting capacity barriers and PV adoption drivers. What are the options for grid connection and configuration for optimised delivery at lowest cost hosting?
Overcoming the Grid’s CER Hosting Capacity Barriers Read More »
Buildings account for a significant portion of Australia’s and most countries’ annual emissions, mainly due to the burning of gas for water and space heating, and for cooking.
Removing Building Electrification Barriers Read More »
As rooftop solar PV, battery storage and ultimately, vehicle-to-x technologies, create generation alternatives and the means to store energy, artificial intelligence (AI) has the potential respond to pricing fluctuations. All this indicates none of the above characteristics of price inelasticity will remain true in the very near future.
Maximising Efficient Consumer Energy Resource Adoption Read More »
Through electric vehicle incentives, governments and industry leaders can influence EV adoption, but what other factors are barriers?
Optimizing Electric Vehicle Incentives Read More »
While policymakers may drive the pace of decarbonization overall, the depth, timing, and location of consumer adoption of Behind the Meter (BTM) resources, i.e. rooftop solar PV systems, battery storage, electric vehicles, and appliances, are the key drivers of the future energy system in Australia.
Consumer-Centric Electricity System Planning Read More »
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