Search

Edify Energy has secured agreements under Australia’s Capacity Investment Scheme (CIS) for two hybrid solar and battery projects in Townsville, North Queensland. The projects, comprising the 150-MW Ganymirra and Majors Creek solar power stations, will feature a combined 300 MW/1,200 MWh of lithium-ion battery storage. They are slated for operation by 2028 and will provide electricity for approximately 120,000 households.The projects are expected to contribute over AUD 450 million (USD 286.3 million) to the local economy through job creation and community engagement. Edify's initiatives were part of a larger CIS tender, which selected 19 renewable energy projects totaling 6.4 GW of generation capacity and 3.5 GWh of storage. How will Edify Energy's projects impact the local economy and renewable energy landscape? Job Creation: The construction and operation of the Ganymirra and Majors Creek solar power stations are expected to generate thousands of jobs for the local workforce, including roles in engineering, construction, project management, and ongoing operational positions. Local Supplier Engagement: Edify Energy will likely source materials and services from local businesses, fostering economic growth within the community. This could include contracts for construction materials, maintenance services, transport, and more. Increased Tax Revenue: The projects are anticipated to contribute significant tax revenue to local and state governments, which could be reinvested into community services and infrastructure development, further enhancing local economic health. - Infrastructure Development: The development of these renewable energy projects may necessitate upgrades to existing infrastructure, such as roads and energy transmission lines, potentially benefiting local communities in the long term. Energy Independence: By increasing local renewable energy generation, these projects can reduce reliance on fossil fuels, contributing to greater energy independence for the region and enhancing energy security. Stimulation of Local Business: The influx of workers and investment associated with the projects may lead to increased demand for local services, including housing, retail, and hospitality, thus further stimulating the local economy. Community Engagement and Programs: Edify Energy may develop programs aimed at community education and training in renewable energy technologies, empowering local residents with new skills and knowledge that can benefit them in the evolving job market. Environmental Benefits: By transitioning to renewable energy, these projects will contribute to reduced greenhouse gas emissions and local air pollution, leading to improved public health and quality of life for residents. Reputation as a Renewable Energy Hub: Successful implementation of these projects can position Townsville as a leader in renewable energy, attracting further investment and initiatives in clean technology and sustainability within the region. Long-term Sustainability: The energy produced from these projects will serve not only current demands but will also help sustain local energy needs for future generations, contributing to long-term environmental and economic resilience. Public Engagement and Support: As part of their project execution, Edify Energy is likely to engage with the community to address concerns and support local initiatives, helping to build a positive public perception of renewable energy projects. By focusing on these aspects, Edify Energy's initiatives will not only bolster the local economy but also strengthen the broader renewable energy landscape in Australia.

rebranded from CDPQ—has agreed to acquire Brisbane-based Edify Energy for AUD 1.1 billion (USD 725.6m). The takeover gives La Caisse direct exposure

Edify Energy Pty Ltd has submitted plans to construct a 250-MW solar park and an on-site battery energy storage system (BESS) in Victoria, Australia. The proposed Muskerry photovoltaic farm, covering 1,057 hectares about 30 km east of Bendigo, will feature a lithium-ion BESS with a capacity of 200 MW/800 MWh. The project will be reviewed under Australia's Environment Protection and Biodiversity Conservation (EPBC) Act to assess its potential environmental impact, particularly on threatened species.The solar park will consist of two sections, Muskerry North and South, connected to a 220-kV transmission network. Edify Energy plans to continue using the land for cropping and sheep grazing post-commissioning. Construction is expected to take about 12 months, and once operational, the farm is projected to generate approximately 612,000 MWh of electricity annually, enough to power around 93,000 households. What are the environmental implications of Edify Energy's proposed Muskerry solar park project? Here are the environmental implications of Edify Energy's proposed Muskerry solar park project: Ecosystem Disruption: The construction and operation of the solar park could lead to disruption of local ecosystems, particularly if the site is home to sensitive habitats or endangered species. Impact on Biodiversity: Evaluation under the Environment Protection and Biodiversity Conservation (EPBC) Act requires assessment of impacts on threatened flora and fauna, potentially resulting in habitat loss or fragmentation for local wildlife. Land Use Changes: While Edify Energy plans to maintain agricultural activities (cropping and sheep grazing) post-commissioning, the transition from conventional farming to solar energy production could alter soil health and local agricultural practices. Water Resource Management: Solar parks can affect local water cycles by altering land surfaces and potentially impacting groundwater recharge rates or surface water flows in the surrounding area. Carbon Emissions Reduction: The project will contribute to significant reductions in carbon emissions by generating renewable energy, supporting Australia’s climate goals and decreasing reliance on fossil fuels. Heat Island Effect: Large solar installations can contribute to the heat island effect, potentially affecting local microclimates. This can influence local weather patterns and biodiversity patterns in the area. Soil Erosion and Sedimentation: Large-scale land clearing for the solar park may lead to soil erosion; protective measures will be necessary to manage sedimentation in nearby waterways. Waste Management: The project must address long-term management of photovoltaic (PV) panel waste at the end of their life cycle, including the recycling of materials to prevent environmental contamination. Local Wildlife Interactions: The design and layout of the solar park should consider wildlife movements and incorporate measures to mitigate risks of collisions with solar infrastructure and fencing. Community Engagement and Impact: Local community perceptions and potential social impacts should be assessed, including how the project will affect local landscapes, property values, and recreational activities. Transportation and Noise Pollution: The construction phase may introduce temporary noise and transportation concerns, including traffic congestion from heavy machinery and construction vehicles impacting local residents and wildlife. Energy Resilience and Sustainability: By integrating an on-site battery energy storage system, the project enhances energy security, allowing for better management of intermittent renewable energy generation and contributing to grid resilience. In summary, while the Muskerry solar park offers substantial renewable energy benefits, careful consideration of these environmental implications is crucial for balanced and sustainable development.

Murrumbidgee Shire. As reported by Energy-Storage. information last month, Edify Energy has contracted Tesla as the distributor of BESS devices for the 60MW/120MWh

Edify Energy has received approval from the Australian federal government to develop a solar park with a capacity of up to 300 MW in Victoria. This project will also include a substantial onsite battery facility with a storage capacity of 2.4 GWh.The initiative is part of Australia's broader efforts to enhance renewable energy infrastructure and reduce carbon emissions. The solar park and battery storage are expected to significantly contribute to the state's energy supply, supporting the transition to cleaner energy sources. How Will Edify Energy's 300 MW Solar Park Impact Victoria's Renewable Energy Goals? Increased Renewable Energy Capacity: The 300 MW solar park will significantly boost Victoria's renewable energy capacity, helping the state move closer to its renewable energy targets. Reduction in Carbon Emissions: By replacing fossil fuel-based energy with solar power, the project will contribute to a reduction in carbon emissions, aligning with Victoria's climate action goals. Energy Storage Enhancement: The 2.4 GWh battery facility will provide critical energy storage, ensuring a stable and reliable supply of renewable energy even when solar generation is low. Support for Energy Transition: The project will support Victoria's transition to a cleaner energy grid, reducing reliance on coal and other non-renewable energy sources. Economic and Job Growth: The development and operation of the solar park are expected to create jobs and stimulate economic growth in the region. Grid Stability and Reliability: The integration of large-scale battery storage will enhance grid stability and reliability, addressing potential intermittency issues associated with solar power. Alignment with National Goals: The project aligns with Australia's national renewable energy targets and commitments under international climate agreements. Community and Environmental Benefits: The solar park will provide environmental benefits by preserving natural resources and may offer community benefits through local partnerships and initiatives.

Edify Energy Pty Ltd plans to build a 200-MW solar park with a four-hour battery storage facility near a coal-fired power station in Queensland, Australia. The project, known as the Callide photovoltaic (PV) complex, will be located near the town of Biloela and will feature panels mounted on single axis trackers. The site will also include a 200-MW 800-MWh battery energy storage system (BESS) and will be used for sheep grazing once construction is completed.The solar-storage complex will benefit from its proximity to the Callide Power Station, allowing for maximized access to the grid. Edify aims to supply the site's generation to the broader Banana Shire and Central Queensland region, enhancing grid flexibility by storing excess power and discharging it during peak demand periods. The project was granted development approval by the Banana Shire Council in October 2023. How will the Callide PV complex enhance grid flexibility in Queensland? The Callide PV complex will enhance grid flexibility in Queensland by providing a reliable source of renewable energy that can be stored and dispatched as needed. The proximity of the solar-storage complex to the Callide Power Station will allow for efficient integration with the existing grid infrastructure, maximizing access to the grid. The 200-MW 800-MWh battery energy storage system (BESS) will enable the site to store excess power generated during periods of low demand and discharge it during peak demand periods, helping to balance the grid. By supplying the site's generation to the broader Banana Shire and Central Queensland region, the project will contribute to a more resilient and flexible grid system. The use of single axis trackers for the solar panels will optimize energy production by allowing them to follow the sun's path throughout the day, increasing overall efficiency of the complex.

UK-based Shell Energy and Australia-headquartered Edify Energy have released a joint declaration today, specifying that both business have actually authorized a long-lasting services arrangement to deliver a two-hour battery storage center of 100 MW capability in South West NSW, Australia.

Edify Energy claimed the engineering, procurement and also building (EPC) offer authorized with Tesla Motors Australia covers three standalone lithium-ion BESS setups which will certainly be linked to an electrical substation at Darlington Point, in the Murrumbidgee Shire, New South Wales (NSW). The 3 colocated projects in the portfolio are the 60MW/120MWh Riverina Energy Storage System 1, 65MW/130MWh Riverina Energy Storage System 2 and also the 25MW/50MWh Darlington Point Energy Storage System. Last May, oil and gas significant Shell's consumer energies subsidiary Shell Energy signed a long-lasting services arrangement for operational legal rights to Riverina Energy Storage System 1. As reported by Energy-Storage. information at the time, it will be utilized to service Shell's long-term retail contract with the NSW government. The relationship in between Edify and also Tesla in Australia returns to their collaborate on a battery storage retrofit at Gannawarra solar fam in Victoria, finished in 2018 and also amongst the nation's first large battery projects. The 25MW/50MWh system at Gannawarra was based on Megapack's precursor, the Tesla Powerpack-- which is still readily available as an industrial as well as industrial (C&I) or little utility application product, but has been replaced for bigger projects with the Megapack given that its launch in 2019. Each Megapack has a maximum capacity of 3MWh. Tesla has actually supplied some of Australia's most significant BESS projects until now including the Hornsdale Power Reserve (150MW/193.5 MWh) as well as the just-completed Victorian Big Battery (300MW/450MWh), both of which were by programmer Neoen. Megapacks will additionally be used at Genex Power's 100MWh Bouldercombe project in Queensland which has gotten to economic close in the past few weeks. The 300MWh of battery storage at Darlington Point will play into the National Electricity Market (NEM), which covers the majority of Australia's east shore regions. The NEM already supplies revenue chances for batteries on a merchant basis for ancillary services and arbitrage, and is developing rapidly to accommodate greener and more effective grid properties like batteries as well as inverter-based renewables. " The advantages of massive batteries in our expanding world of renewables are well documented and supported," Edify chief executive officer John Cole said. " Energy storage is rapidly coming to be a valued capacity remedy for the National Electricity Market, provided its rapid and accurate action as well as technical capability. The speed of innovation in this growing technology class is exciting and also with it a breaking of the obstacles to acceptance from market as well as network individuals." Smart inverters at the Darlington Point Substation projects will certainly suggest the battery systems will certainly likewise have the ability to sustain the local grid with security services traditionally played by the turning mass of thermal generation plants, offering synchronous inertia. "Without a doubt, as the understanding of sophisticated inverters grows, we will certainly see even more smart modern technologies replacing revolving machines as well as speeding up Australia's shift to a clean energy future," Cole claimed. A current Guest Blog for this site from Blair Reynolds, a product supervisor for inverter manufacturer SMA, explained the expanding role inverter-based innovations can play in resembling synchronous revolving machines to aid secure the grid in a low-carbon future.

Edify Energy has reached financial close on two adjacent hybrid solar-plus-battery projects in Queensland—Smoky Creek and Guthrie’s Gap—under a contract with Rio Tinto-backed offtake. Together they will add 720 MWp of solar capacity and 600 MW of battery power paired with 2,400 MWh of storage. The milestone locks the capital stack and bankable contracting arrangements, enabling construction to proceed on a defined schedule.The deal underscores growing participation from heavy industry in financing firmed renewables as Australia’s grid shifts away from coal. With large-duration storage, the assets are designed for meaningful evening energy delivery, grid stability support, and congestion management. The co-location also allows shared interconnection and integrated controls to improve economics and utilization, with execution now moving to procurement and commissioning. How will Edify Energy’s 720MWp solar-plus-battery projects strengthen Queensland’s firm power? Increase dispatchable “firm” capacity: Adding 600 MW of battery storage alongside 720 MWp of solar gives Queensland a larger pool of controllable generation that can deliver power after sunset and during low-wind/low-solar periods when output would otherwise fall. Strengthen grid reliability during peak demand windows: Batteries with 2,400 MWh of storage can be used to cover evening ramping needs—helping reduce the risk of supply shortfalls during the highest demand hours. Improve frequency and voltage stability: Hybrid solar-plus-battery plants can respond quickly to grid disturbances, supporting power quality and making it easier for network operators to maintain system stability as more variable renewables come online. Reduce reliance on fast-start generation: By shifting energy availability into later hours, the projects can lessen the operational burden on incumbent fossil “peaking” units and improve overall system efficiency. Provide resilience against renewable variability: Co-located storage helps smooth fluctuations in solar output (cloud transients and seasonal/diurnal patterns), lowering variability at the grid connection point. Manage network congestion more effectively: Firmed renewable output can be scheduled to align with local grid needs, potentially reducing curtailment and improving the usefulness of capacity on constrained corridors. Enable more predictable power delivery for load serving: Bankable contracting and locked-in project delivery timelines support more dependable offtake profiles—important for industrial customers seeking consistent power supply. Support Queensland’s transition away from coal: Firmed renewables help replace some of the grid services previously provided by coal plants, supporting a smoother retirement pathway while keeping reliability targets in view. Optimize shared infrastructure and grid interfaces: Using shared interconnection and coordinated controls can reduce duplication of grid connection costs and improve how the combined system manages exports and dispatch.

Edify Energy won permitting approval to build a 100‑MW solar-plus-storage project in New South Wales, clearing a key hurdle in a grid where access and regulatory certainty can rival hardware in importance. The hybrid plant will pair daytime solar generation with a co-located battery to shift output into evening peaks and deliver fast-response services that stabilize frequency and voltage as coal units retire.Expect a modern, grid-friendly configuration and controls tuned to AEMO requirements. Next: interconnection studies, EPC contracting, financing, and long‑lead procurement, with commissioning tests the make‑or‑break. Hitting timelines would add meaningful firmed renewables to NSW’s evolving supply stack. What makes Edify’s NSW solar-plus-storage plant a grid-friendly, AEMO-aligned asset? Co-located battery sized and controlled to shift solar into evening peaks while reserving headroom for FCAS, enabling co-optimized energy and ancillary service revenue in AEMO’s 5‑minute market. Grid-forming inverter capability (or grid-following with advanced virtual inertia modes) to provide system strength, fast voltage control, and fault current support in weak parts of the NSW network. Compliance with Generator Performance Standards negotiated via detailed PSCAD/PSSE models, including low/high voltage ride-through, frequency ride-through, and dynamic reactive power obligations. Primary Frequency Response enabled by default with appropriate droop and deadband settings to meet AEMO’s mandatory PFR rule and reduce causer‑pays factors. Participation in Fast and Very Fast FCAS (including sub‑2s) with millisecond-level battery response to help arrest frequency deviations as thermal units retire. Hybrid plant controller with AGC integration, ramp-rate limiting, and constraint‑aware dispatch to follow AEMO setpoints precisely and minimize intervention or constraint violations. Dynamic reactive support via inverter VAR control and potential STATCOM-equivalent performance to hold local voltages within limits and support Transgrid’s system strength needs. Headroom and curtailment strategies built into bids to ensure consistent FCAS availability rather than chasing marginal energy, aligning with AEMO co‑optimization and reliability objectives. “Do No Harm” approach to system strength and harmonics, including tuned filters, EMT‑validated settings, and, if required, system strength remediation agreements. Robust hold‑point and commissioning test plan (R1/R2, GPS verification, model validation) to reach full registration without extended constraints or AEMO-imposed caps. High‑fidelity self‑forecasting for semi‑scheduled dispatch, reducing uncertainty in NEMDE and improving dispatch conformance and settlement outcomes. Cyber‑secure, redundant SCADA/telemetry meeting AEMO data refresh and visibility requirements, enabling real‑time status, contingency response, and event playback. Islanding and black‑start supportive controls (where contracted) to assist restoration and improve resilience, consistent with emerging NEM restoration strategies. Curtailment-aware operations that respect network thermal and stability limits (N‑1), reducing congestion impacts and aligning with constraint equations in NSW REZ corridors.

designer Edify Energy and also UK-based capitalist Octopus have announced that the Darlington Point Solar Farm in the Australian state of New South Wales has

Edify Energy, Lightsource bp, and Tilt Renewables have collectively secured 1.8 gigawatts of renewable energy capacity in Australia's CIS Tender 4. This significant achievement highlights the companies' commitment to expanding renewable energy infrastructure in the region.The tender results underscore Australia's ongoing efforts to transition to sustainable energy sources, with these companies playing a pivotal role in the country's renewable energy landscape. The awarded projects are expected to contribute substantially to Australia's clean energy goals, supporting both environmental and economic objectives. How Will Australia's CIS Tender 4 Impact Renewable Energy Expansion and Sustainability Goals? Increased Renewable Capacity: The 1.8 gigawatts of capacity secured in CIS Tender 4 will significantly boost Australia's renewable energy output, helping to meet national targets for clean energy production. Economic Growth: The development of these projects is likely to create jobs and stimulate economic activity in the regions where they are located, contributing to local and national economic growth. Reduction in Carbon Emissions: By increasing the share of renewable energy in the national grid, these projects will help reduce Australia's carbon footprint, aligning with international climate commitments. Energy Security: The addition of new renewable energy sources will enhance energy security by diversifying the energy mix and reducing reliance on fossil fuels. Technological Advancements: The projects may incorporate cutting-edge technologies, driving innovation in the renewable energy sector and potentially leading to more efficient and cost-effective energy solutions. Policy Support: The success of CIS Tender 4 may encourage further government support and policy initiatives aimed at accelerating the transition to renewable energy. Community Benefits: Local communities may benefit from improved infrastructure, community investment, and potential reductions in energy costs as a result of these projects. Sustainability Goals: The projects will play a crucial role in helping Australia achieve its sustainability goals, including commitments to reduce greenhouse gas emissions and increase the share of renewables in the energy mix.

Edify Energy is now seeking to finalize the project’s funding before proceeding to construction.Australian solar and battery storage developer Edify Energy was granted federal approval for a 600-MW Smoky Creek solar project in central Queensland on Monday. The project will cover 1,800 hectares of cleared land located 75km south of Rockhampton and once operational will be able to generate up to 1,194 GWh of electricity annually, enough to power more than 200,000 homes. The project will open up to 350 jobs at peak construction and Edify Energy is currently seeking to finalize funding before beginning construction. Environment conditions will be imposed to protect nature and minimize potential negative effects on surrounding land and waterways. What Funding Does Edify Energy Need to Start Construction? Edify Energy will need to secure additional funding to begin construction on the two solar farms in the Pomeranian Voivodeship. The company has already secured €54 million from the Polish Development Fund (PFR), but will need to secure additional capital to cover the remaining costs of construction. The additional funding Edify Energy needs will need to come from private investors or other sources of finance. The PFR has expressed its commitment to supporting Poland's energy transition and is a potential source of additional funding for Edify Energy's project. Electrum has been chosen as the general contractor for the project and will also require additional funds to cover the cost of its services.

it the largest battery in the state. Owned by Federation Asset Management and Edify Energy, the complex consists of three independent Tesla Megapack systems and can

be able to keep electricity to supply 40,000 homes for two hrs of peak demand, Edify Energy claimed on Wednesday. The Riverina as well as Darlington Point energy storage