Technology

The government’s task is to identify and develop a suite of energy technologies that can provide low-cost, low-emissions electricity system of the future, and the Clean Energy Council says that this can be achieved by leveraging Australia’s comparative advantage and the mature industry built around solar and wind. Technologies that extend the life of higher cost, fossil fuel generation should not be prioritized for investment, the CEC says, instead, the roadmap should focus on plenty of challenges to accelerate renewable energy investment.

The New South Wales government’s plan to deliver a 3 GW renewable energy zone in the state’s Central-West has been met with overwhelming investor interest and project proposals valued at $38 billion. To support the development of the REZ, the state government has quadrupled its funding support, while ARENA has allocated funding for TransGrid’s scoping study that will deliver a business case of the Central-West Orana REZ and provide a template for a national approach.

Amid the urgent need to slow climate change by cutting greenhouse gas emissions, energy efficiency makes sense. But as Australia’s chief scientist Alan Finkel last week warned, we’re not “anywhere close to having that nailed”.

AEMO’s NEM Operations Review of the 2019-2020 Summer finds that mitigation practices helped to prevent what might’ve been a much more difficult summer in terms of the electricity network. However, large-scale and rooftop solar both suffered at the hands of enormous smoke plumes and subsequent forecasting errors.

Scientists in Morocco have designed a new bifacial module with a cooling system, based on bifacial parabolic solar cells that are connected to each other via tubes for panel cooling. They are now patenting the tech, but have yet to manufacture an initial prototype.

The road to cheap hydrogen production is riddled with potholes and energy losses. One Australian team of researchers has shown that rethinking solar technology and skipping electrolysers holds great promise for attaining the hydrogen grail.

Straddling two state borders, the West Murray region in southeastern Australia has become a microcosm of technical challenges that can plague the energy transition. Faced with serious curtailment of solar farms in this electrically remote region, a remarkable inverter-based technical feat may have changed the game.

An Australian government-backed trial of peer-to-peer (P2P) solar trading has demonstrated the potential of localized two-sided energy markets and blockchain technology to improve the energy system. However, current electricity tariff structures would need to be modified to realize the full stack of values that this technology has to offer.

Under a new plan to stabilize its grid, the South Australian State Government is providing $10 million to upgrade its voltage management and giving the green light to the Australian Energy Market Operator to stop its rooftop solar from feeding in when needed. The plan also highlights the importance “smart” PV and stronger network interconnection, primarily the new SA-NSW line a.k.a. Project EnergyConnect.

The spherical 3D cells can reportedly generate around 101% more power than conventional flat solar cells. Measurements have also shown that the spherical cells provide a 10% lower maximum temperature compared to flat cells, while accumulating less dust.