This report provides an analysis of what Australia's National Electricity Market (NEM) could look like with higher levels of wind and solar electricity than today, and what the cost is likely to be compared with a system dominated by coal.

This report highlights how electricity generated by new wind and solar helped to force a record fall in global coal power in 2020. However, this was only possible because the COVID-19 pandemic paused the world’s rising demand for electricity.

This report responds to a request from the Australian Conservation Foundation to undertake a desk-top review of the cost of carbon capture and storage (CCS) applied to electricity generation in Australia. The analysis suggests carbon capture and storage is likely to cost at least six...

This double NEEA report issue covers changes in energy emissions during the months of August and September 2020. Monthly data on electricity is up to the end of September, data on gas is updated to the end of August, and data related to petroleum fuels...

Within 15 years, three quarters of our NSW's electricity supply is expected to reach the end of its technical life. Replacing these energy sources and building the infrastructure needed to connect them to homes and businesses will take years. This document outlines a coordinated framework...

This strategy document outlines the NSW government’s plan for a reliable, affordable and sustainable electricity future.

This report provides an accessible review of the transmission and distribution networks and energy retail markets in eastern and southern Australia over 2019 and the early months of 2020.

This strategy document provides an informed view on what Western Australia’s principal electricity system, the South West Interconnected System, might look like over the coming decades. The Whole of System plan is a detailed study of how the state's major power system may evolve over...

This technology statement is the first major milestone in the Technology Investment Roadmap. It tries to identify how emerging, low-emissions technologies might become economically competitive with and eventually replace high emission incumbents - but only with the assistance of additional federal funding.

This mid-year analysis reports the aggregate data from every EU country, to present the latest insights on Europe’s electricity transition. Findings demonstrate renewables (solar, wind, hydro and biomass) didn’t just beat out coal on the European grid — they beat out all fossil fuels put...