Energy Storage

A report released by the Future Fuels CRC (FFCRC) details the work of 19 separate hydrogen roadmaps from around the world, showing the focus and drive towards a hydrogen future. While in sync in terms of forecasts suggesting large scale and rapid deployment of hydrogen technologies is expected from around 2030 onwards, the roadmaps seem to have been developed in isolation from one another, the report finds.

With miners around globe stepping up their production capacities to cater to the demand of the electro-mobility and energy storage sectors, supply has outpaced demand leading to a steep decline in lithium prices. Amid slowing growth in China, a number of Australian lithium miners are hurting.

As it transitions from a wind-dominated renewable energy mix to include a wider range of energy options such as large-scale PV, pumped hydro and battery storage projects, South Australia is considering new planning policies.

The South Australian government is looking to extend its Home Battery Scheme subsidy of up to $6000 and low interest loans to rental properties, property developers and aged care facilities.

With the approval for a 176 MW solar farm and 66 MW battery storage facility near Murray Bridge, South Australia’s utility-scale wind and solar pipeline has reached some 10 GW.

The Northern Territory has given major project status to an ambitious plan to develop a 10 GW solar farm coupled with a 20-30 GWh storage facility near Tennant Creek and export solar power harvested in the Australian desert to Singapore via subsea cables.

The South Australian government has given its tick of approval for the development of a 5 MW/10 MWh compressed air energy storage facility, which will store excess solar and wind power at a closed underground mine.

Wholesale prices in the National Electricity Market have climbed significantly in recent years. The increase has coincided with a rapid increase in the proportion of electricity supplied by wind and solar generators. But that needn’t mean the increase in wind and solar generation caused the increase in prices. It might have been caused by other things.

A report published by New Zealand’s state-owned transmission grid operator Transpower finds the widespread uptake of distributed battery storage could play an important role in supporting the power system as rooftop PV and electric vehicles are increasingly adopted.

New research released this week by The Australia Institute shows that ‘time of use pricing’ (ToU) facilitated by smart meters is likely to drive up household energy costs by $429 a year on top of already high prices. Analysis of national electricity market data suggests that demand for electricity in Australia is very inelastic, which makes ToU more likely to increase the profits of electricity companies than to assist consumers. Households with solar PV and batteries, however, are best suited to cope with this type of pricing.