Australia's energy regulators and market operators are urged to quickly adapt to the rise in battery storage, rooftop solar systems, and the shift towards electrification. The success of home battery installations and the growth of rooftop solar systems demonstrate the community's appetite for new energy solutions. Regulators must prepare for the increasing adoption of home energy storage, EVs, and advanced load shifting technologies to balance demand peaks and ease strain on the grid. Despite challenges like grid bottlenecks and increased prices for infrastructure, with the right regulatory framework and incentives, the transition to green energy is manageable and beneficial for all stakeholders. Integrated and complex planning is emphasized as crucial for a successful and reliable transition to clean energy.
Category: Buildings & Electricity
Cut Emissions:
– Enhance Efficiency
– Shift Energy Sources
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As Fossil Fuel Costs Rise, Renewable Energy And Storage Shine
Renewable energy and energy storage are dominating new utility-scale power generation capacity in the US, providing opportunities for energy consumers to buffer against fossil fuel price spikes. New York and New Jersey are leading the way in developing robust renewable energy profiles, with a focus on incentives for homeowners and innovative projects like floating solar power plants. Virtual power plants are being utilized to coordinate demand and supply among small devices, helping utilities avoid costly new gas plant construction. States like Massachusetts are setting ambitious targets for offshore wind projects and new solar and storage capacity by 2035, aiming to achieve significant savings through renewable energy initiatives. Despite uncertainties surrounding factors like natural gas costs and federal energy policy changes, US states are continuing to promote renewable energy transitions with incentives for energy storage, virtual power plants, and new wind and solar projects.
https://cleantechnica.com/2026/03/17/as-fossil-fuel-costs-rise-renewable-energy-storage-shine/
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Iceland’s utility commissions solar-plus-storage for EV charging
ON Power, a subsidiary of Reykjavík Energy, has deployed a hybrid solar-plus-storage facility in Reykjavík to support electric vehicle charging infrastructure. The project, known as Peaker Plant, combines solar PV, a lithium-ion battery system, and fast chargers to reduce peak demand, improve grid stability, and lower operational costs. The system is testing dynamic control strategies and has shown promising results in aligning solar generation with charging demand, even during winter conditions. ON Power views the project as more than a pilot and believes hybrid energy hubs can play a meaningful role in optimizing grid interaction and operational economics, especially in countries like Iceland with limited solar capacity.
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Marstek launches 2 kWh plug-in battery storage system
Chinese battery manufacturer Marstek has introduced the Venus B, a 2 kWh plug-in energy storage system specifically designed for small photovoltaic systems. This device allows for the storage of solar power or the utilization of cheap electricity from dynamic pricing tariffs. With a maximum charging power of 1.5 kW, the Venus B can output either 800 W or up to 1.5 kW of power. This storage system is easily installable without the need for modifications to existing plug-in solar systems and is compatible with a variety of photovoltaic systems, offering a promising solution for enhancing renewable energy integration.
https://www.pv-magazine.com/2026/03/17/marstek-launches-2-kwh-plug-in-battery-storage-system/
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Australia-backed rooftop solar to power remote Samoan communities
An Australia-supported project in Samoa, a joint initiative of the Samoan Electric Power Corp. and various ministries, will bring clean energy to 108 households and five community centers through rooftop solar, batteries, and minigrid upgrades. Supported by the Australian government's REnew Pacific initiative, EPC will install solar panels and batteries on homes not connected to the grid, while also providing training on energy use. The project aims to empower villages, strengthen resilience, and provide universal access to clean energy in Samoa, showcasing a sustainable solution for climate action in the region.
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SwitchedOn podcast: What regional communities really want from renewables
Renewable energy projects in regional Australia are prompting the introduction of community benefit guidelines by governments, with mixed results. Kim Mallee from the Community Power Agency stresses the need for community input in shaping these benefits. Drawing on international examples, she advocates for ownership, co-investment, and community-led models to create deeper, longer-term value. The CPA's report, "Power in Partnership," highlights how these approaches could foster genuine partnership in Australia's energy transition.
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Pii Energy unveils plug-in 1.2 kW solar, 2 kWh home system
Pii Energy has introduced the Edge 2000, a plug-in solar-plus-storage kit priced at around USD 2,400, catering to renters and apartment residents. The kit features 1.2 kW of solar panels, a 2 kWh battery backup, smart outlets, a Raspberry Pi-driven smart system controller, and all necessary wiring for installation. With the ability to detect breaker masking conditions for safety, this innovation provides a convenient and cost-effective solution for residential solar energy needs.
https://www.pv-magazine.com/2026/03/16/pii-energy-unveils-plug-in-1-2-kw-solar-2-kwh-home-system/
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How Australia’s most populous state can quit household gas, while also cutting electricity demand
Efforts to accelerate residential electrification in New South Wales should focus on implementing minimum efficiency standards for rental properties, phasing out inefficient appliance installations, and providing support for hard-to-upgrade households. By broadening policies to target electrification for renters and hard-to-upgrade dwellings while phasing out inefficient appliances, NSW can achieve significant consumer benefits and avoid negative impacts on electricity system reliability. The state's Gas Decarbonisation Roadmap and Energy Security Safeguard reforms present opportunities to support a balanced uptake of electrification and energy efficiency, with Victoria's experience showing significant consumer interest and a decline in residential gas consumption. Strategies like flexible electrification of hot water, particularly with heat pump systems, can help reduce residential gas consumption and electricity demand, while efficient electric appliances have lower running costs than gas appliances.
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When Fossil Fuel Supplies Falter, Interest In Renewables Increases
Cuba has rapidly transitioned to solar and wind power with assistance from China, increasing solar energy generation to over 20 percent in just 12 months to address US sanctions cutting off oil supply from Venezuela. The country aims to achieve energy independence by 2028 with up to 600 megawatts of battery storage, rendering the US oil blockade economically irrelevant. This transition showcases one of the fastest energy transitions achieved by a developing nation and could serve as a model for other countries facing energy crises. The conflict in the Middle East has also led to an increase in interest in personal renewable energy solutions, such as solar installations, home batteries, and EV chargers, signaling a potential tipping point for the world to embrace renewables.
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“Brilliant economics”: Offtake deal seals delivery of Australia’s biggest solar-battery hybrid project
Renewable energy retailer Flow Power has signed a power purchase agreement with Octopus Australia's Blind Creek solar farm and battery project in New South Wales, one of the largest hybrid projects in Australia. The DC-coupled system allows solar to charge the battery directly, improving efficiency and enabling energy storage during low-price periods. The project aims to strengthen grid reliability, support the retirement of coal stations, and deliver renewables when needed to reduce peak price events. This pioneering solar hybrid initiative, backed by major investors, is set to revolutionize the energy market and contribute to a cleaner energy future in Australia by mid-2028.