Against the backdrop of adjustments to Europe’s renewable energy supply chain, the importance of global industrial cooperation is becoming increasingly evident   Key Policy: Starting in May 2026, the EU’s new “supply chain de-risking” financing regulations for renewable energy projects will officially take effect. Under these regulations, EU public financial institutions such as the European Investment Bank (EIB) and the European Bank for Reconstruction and Development (EBRD) will cease providing loans, financing, and public subsidies to any new renewable energy projects that use inverters or energy storage PCS (power conversion systems) from specific “high-risk suppliers.”   Policy Scope: Financial Restrictions, Not a Comprehensive Ban. It is important to clarify that this policy constitutes a “financing restriction” rather than a “blanket import ban.” Privately funded or purely commercial projects utilizing Chinese equipment may still proceed normally and in compliance with regulations. However, since approximately 20% of large-scale ground-mounted power plants and public energy storage projects in Europe rely heavily on EU public funding, these projects will be forced to adjust their supply chains.   As one of the world’s largest markets for solar and energy storage, Europe is actively advancing its energy transition and carbon neutrality goals. However, industry organizations generally believe that balancing supply chain security with industrial development efficiency, project economic viability, and the pace of the energy transition will be a critical challenge for the European market in the coming years.   Over the past decade, the global new energy industry chain has gradually developed a highly specialized division of labor. Through continuous innovation, large-scale manufacturing, and a well-established supply chain system, Chinese enterprises have made significant contributions to the global PV and energy storage industries. Currently, Chinese-made inverters, energy storage systems, and PV modules are widely used in many countries and regions around the world, playing a positive role in reducing the cost of clean energy and improving energy accessibility.   Faced with the growing demand for global energy transition, the interconnections between national markets are tighter than ever before. The International Energy Agency (IEA) has repeatedly emphasized that achieving global climate goals requires a more open, efficient, and stable international supply chain system. For the new energy sector, technological innovation, industrial synergy, and cross-regional cooperation remain the key drivers of green development. The current international landscape is complex and volatile, with factors such as geopolitics, energy security, and economic development profoundly influencing the global industrial landscape.    However, regardless of how market...

Government Subsidies1. The European Union has approved a €750 million aid package for Italy to help businesses enhance their competitiveness amid the energy crisis and to promote the green transition and the upgrading of the energy structure.2. The Italian government’s Superbonus program, launched in 2020, has gradually adjusted its subsidy rate from the initial 110% to the current 70–65%, continuing to support energy-efficiency retrofits for residential and commercial buildings, as well as the installation of photovoltaic and energy storage systems.3. The European Commission has approved Italy’s €17.7 billion National Energy Storage Special Aid Program, which focuses on supporting large-scale energy storage projects. The program will run until December 31, 2033, with the aim of enhancing grid flexibility and the capacity to integrate renewable energy.4. Italy’s Agrivoltaics Special Support Program has a total budget of approximately €1.7 billion, focusing on supporting agrivoltaic project development. These projects can be applied to pastures, greenhouses, agricultural cultivation, and fisheries, and are promoted through investment subsidies and long-term feed-in tariff incentives.5. The EU has approved Italy’s €5.7 billion Energy Communities support program, which encourages communities, villages, business parks, and residents to jointly invest in PV+storage systems to achieve green energy sharing, self-generation and self-consumption, and revenue sharing.Note: Not all of the above subsidy policies can be stacked unconditionally; specific eligibility must be assessed based on project type, funding sources, and EU state aid rules.Market DemandAccording to Italy’s National Energy and Climate Plan (PNIEC) and industry forecasts, Italy will continue to accelerate its energy transition over the next decade.By 2030, renewable energy generation is projected to account for over 63% of the country’s electricity consumption; by 2035, total renewable energy installed capacity is expected to exceed 160 GW, with solar and energy storage emerging as one of the fastest-growing sectors.As the EU’s carbon neutrality goals continue to advance, demand for green electricity in Italy’s industrial sector is growing rapidly. Energy-intensive industries such as papermaking, chemicals, steel, automotive manufacturing, aerospace, and shipbuilding are accelerating their procurement of green energy and actively deploying PV, energy storage, and energy management systems.At the same time, market demand continues to grow for energy communities, commercial and industrial energy storage, agri-PV, factory rooftop PV, and large-scale ground-mounted power plants, presenting long-term development opportunities for the PV and energy storage industry chains.Against the backdrop of the global energy transition and supply chain restructuring, open cooperation, technological innovation, and industrial synergy wi...

Cambodia has approved four more renewable energy investment projects, including three solar power plants and a large-scale energy storage battery system, further advancing the country’s clean energy development and energy transition strategy.The Investment Committee of the Council for the Development of Cambodia (CDC) held a meeting today (May 19) to review seven applications for eligible investment projects, with a total investment of approximately $450 million and an expected creation of about 900 jobs.Among them, there are four new energy projects in the infrastructure sector, specifically a 200-megawatt solar power plant, a 100-megawatt solar power plant, a 30-megawatt solar power plant, and a 500-megawatt/1,000-megawatt-hour (MWh) energy storage battery system project, with a total solar power generation capacity of 330 megawatts.These projects are planned for Sihanoukville, Stung Treng, and Pursat provinces. Observers believe that the introduction of large-scale energy storage systems will help enhance the stability of Cambodia’s power grid and improve the regulation capacity of renewable energy.The CDC stated that the remaining approved projects include a laundry and printing factory in the industrial sector, as well as wastewater treatment and boiler facilities, and an edible oil refinery project in the agro-industrial sector.In recent years, Cambodia has continued to expand investment in new energy sectors such as solar, wind power, and energy storage systems to achieve its goal of having renewable energy account for at least 70% of the national energy mix by 2030.In February of this year, the CDC approved a wind power plant project in Mondulkiri Province with an investment of approximately $200 million; in April, it approved a 150-megawatt wind power plant and a 350-megawatt solar power plant project.

The International Energy Agency has recently released its latest report, *World Energy Investment 2026*. The IEA projects that total investment in renewable energy projects will reach approximately $665 billion in 2026, with solar energy alone accounting for $365 billion. Investment in nuclear energy will also continue to recover, exceeding $80 billion annually; currently, 15 countries are constructing nearly 80 gigawatts of new nuclear power capacity.

In the first quarter of 2026, U.S. energy storage developers added 9.7 GWh of new installed capacity, setting a record high for that quarter.The report, jointly released by the Solar Energy Industries Association (SEIA) and Benchmark Mineral Intelligence, noted that despite measures taken by the U.S. government that industry insiders believe are slowing the development of clean energy, energy storage capacity still grew by 32% year-over-year.The Solar Energy Industries Association (SEIA) stated that demand from data centers, electricity price volatility, and global disruptions in natural gas and gas turbine supplies are the primary drivers of energy storage demand.Several major tech companies, including Google and Meta, have announced agreements this year to procure tens of thousands of megawatt-hours of energy storage capacity to power the data centers required to run artificial intelligence technologies.With the Trump administration prioritizing oil, natural gas, coal, and nuclear energy, the solar industry faces the dual challenges of tariff pressures and a freeze on approvals for large-scale projects.The report indicates that 467 solar and energy storage projects are currently awaiting approval and may face delays or cancellation.The report projects that by 2030, global new energy storage capacity will exceed 610 gigawatt-hours.Darren Vanterhoff, interim president and CEO of the Solar Energy Industries Association (SEIA), stated: “The energy storage sector’s strong performance in the first quarter underscores the fundamental value of this technology.”He noted that sufficient energy storage infrastructure can help consumers weather fuel price shocks, lower electricity costs, and enhance grid reliability.Of the new installations in the first quarter, utility-scale projects accounted for 7.8 GWh; commercial and industrial systems added 648 MWh, and residential systems added 515 MWh.

Recently, IRENA released a report titled 《All-Day Renewable Energy: The Economics of Reliable Wind and Solar Power》The report provides a robust methodology for assessing and comparing the costs of all-day renewable electricity, while analyzing cost trends, cost drivers, and regional variations in integrated all-day wind, solar, and storage power generation. The report confirms that the combination of solar, wind, and battery storage is now reliable and capable of providing all-day electricity cost-effectively. In regions with high-quality wind and solar resources, integrated solutions equipped with energy storage can achieve round-the-clock power supply at a cost that is already lower than that of fossil fuel-based generation. Meanwhile, as the penetration of renewable energy in power systems continues to rise, the core challenges of the energy transition are increasingly focused on adequacy and flexibility. To this end, the report introduces the reliable levelized cost of energy (LCOE) as an evaluation benchmark, further confirming that integrated wind-solar-storage solutions are significantly more cost-competitive than fossil fuels under round-the-clock generation conditions.   Battery Storage Costs Down 93% From a technological perspective, driven by cost reductions in solar, wind, and battery storage systems, reliable costs have fallen rapidly. Between 2010 and 2024, solar power costs fell by 87% to $708 per kilowatt; onshore wind power costs fell by 55% to $1,066 per kilowatt. The decline in battery storage costs has been even more dramatic, falling from $2,634 per kilowatt-hour in 2010 to $197 per kilowatt-hour in 2024—a 93% reduction. Recent industry surveys indicate that this downward trend accelerated further in 2025, with turnkey system prices dropping by approximately 30% within a single year to reach an all-time low. Over the next five to ten years, ongoing technological advancements, expanded manufacturing scale, and supply chain maturation are expected to drive further cost reductions for these three technologies.   PV + Storage: $54–$82/MWh Wind + Storage: $59–$94/MWh   The decline in capital costs has also driven down levelized costs. In regions with high-quality wind and solar resources, the levelized cost of PV systems with storage has fallen from over $100 per MWh in 2020 to $54–82 per MWh in 2025, while the cost of new gas-fired power generation globally exceeds $100 per MWh. Loss-of-power costs are projected to decrease by approximately 30% by 2030 and by about 40% by 2035. By 2035, loss-of-power costs in locations with the best project performance will be below $50 per MWh. Additionally, project construction cycles are shortening; in most markets, projects are typically completed within one to two years after obtaining permits and connecting to the grid—significantly faster than new gas-fired power projects.   Wind power combined with energy storage systems also demonstr...

      So far this year, China’s energy storage product exports have shown impressive scale and growth. According to customs data, in the first quarter of this year, the export value of lithium-ion batteries—one of the most core and critical components of energy storage equipment—increased by more than 50% compared to the same period last year. How are energy storage companies currently faring in terms of production and sales?         SunEvo Solar is discussing future cooperation with an Indian buyer with whom it has collaborated for many years. Due to growing demand for energy storage products in the Indian market, the company plans to increase its procurement volume this year.         Indian Client: We have already placed an order for nearly 200 MWh, and delivery has been completed. We are now preparing to place another order for a 500 MWh CNN utility project, and we have also begun discussions on planning for next year’s demand.        Since the beginning of this year, demand for energy storage products overseas has continued to grow, a trend that company staff has experienced firsthand, as the number of visiting foreign buyers has noticeably increased. Before exporting energy storage products overseas, companies must first apply for certification of dangerous goods packaging and demonstrate to the relevant authorities that the exported goods meet the requirements. Since the start of this year, the frequency of applications for this service has also increased significantly.         A representative from the marketing department of Sunevo Solar Co., Ltd. stated: “We submit applications about three to four times a month, sometimes even three to five times. Previously, it was only about twice a month.”         Driven by overseas market demand this year, the company has seen growth in exports across all categories of energy storage products, and its overseas sales channels have expanded further. There has been significant growth from December of last year through April of this year, with first-quarter shipments up 150% year-over-year. “In the past, our exports were primarily focused on energy storage products for the telecommunications sector. Now, we have expanded our product range: telecommunications energy storage is exported to Southeast Asia, while commercial and industrial energy storage is exported to the United States and other markets. Previously, our exports were dominated by lithium iron phosphate batteries, but we have now begun to increase exports of sodium-ion batteries as well.”        Data from the General Administration of Customs shows that from January to March this year, China exported lithium-ion batteries worth 167.21 billion yuan, representing a year-on-year increase of over 50%. Among these, the European Union was the largest export market,...

      Survey results released by the British Chamber of Commerce on the 25th show that the conflict in the Middle East is placing significant cost pressures on British businesses. Eighty percent of the surveyed companies reported that issues such as rising energy prices, shipping disruptions, and increased raw material costs have already impacted or are expected to impact their operations.     The online survey, conducted in April, covered more than 800 companies, the majority of which were small and medium-sized enterprises (SMEs). The survey found that 55% of respondents said their operations had already been impacted, while 25% expected to be affected in the future. Among them, manufacturing companies felt the pressure most acutely, with 68% of surveyed manufacturers reporting that they had been impacted.     Rising energy bills are among the most pressing concerns for British businesses. Seventy-five percent of the surveyed companies expect energy costs to continue rising over the next 12 months. Many companies mentioned in the survey that they are currently facing issues such as increased fuel expenses, uncertainty regarding shipping routes and transit times, and some have seen their business dealings with Middle Eastern countries completely disrupted.     William Bain, Head of Trade Policy at the British Chamber of Commerce, stated that the impact of the conflict in the Middle East is becoming evident among UK businesses. Even if the current ceasefire suggests the conflict may end soon, the economic repercussions will persist for months. He noted that UK businesses are not covered by the price cap mechanism protecting household energy spending, leaving most fully exposed to global market volatility.     Bain called on the government to consider providing support to businesses. He emphasized that, in the medium term, the UK needs to accelerate grid reforms, strengthen energy storage capacity, and increase the level of electrification among businesses to enhance the UK economy’s resilience to energy price shocks.

Summary: The Australian Battery Boom The Milestone: Australia has officially surpassed 400,000 residential battery storage installations.   The Catalyst: High retail electricity prices combined with state-specific solar rebates (VIC, QLD, SA).   The Micro-Grid Effect: This shift is transforming 400,000+ suburban homes into decentralized virtual power plants (VPPs), threatening the traditional "baseload" power model.   Australia Leads Global Clean Energy Transition with 400k Home Batteries In a historic turning point for the global energy transition, Australia’s home battery installations have officially broken records, passing the 400,000 milestone.    According to market data published by RenewEconomy, this green energy surge has completely outpaced previous government forecasts. Driven by a collective desire for household energy independence, Australian homeowners are rapidly integrating batteries with existing rooftop solar systems to hedge against volatile grid electricity prices.   Why Australian Homeowners Are Shifting to Battery Storage Google search trends indicate a massive year-on-year increase in queries like "how to lower electricity bills in Australia." The answer for hundreds of thousands of residents lies in residential energy storage.   1. High Retail Electricity Tariffs vs. Cheap Solar Export While daytime solar generation has driven wholesale electricity prices down, retail power bills for consumers remain historically high. By installing a home battery, households can store their own free solar energy generated during the day and consume it during peak evening hours (usually 4 PM to 9 PM), completely bypassing expensive peak grid rates.   2. Aggressive State Government Incentives The rapid scaling of the market is largely supported by targeted state subsidies and interest-free loans in South Australia, Victoria, and Queensland. Additionally, the rise of Virtual Power Plants (VPPs) allows homeowners to rent out their battery capacity to the grid during emergencies in exchange for ongoing financial credits.   3. The Collapse of Traditional "Baseload" Demand The sheer volume of distributed energy storage is forcing a massive structural adjustment within the energy sector. Legacy coal and gas-fired power stations, which once relied on guaranteed nighttime demand, are seeing their market share shrink at an unprecedented pace as households increasingly power themselves after dark.   The Global Impact: A Clean Energy Blueprint for Pacific Islands The broader implications of Australia’s decentralized battery rush extend far beyond its borders. Neighboring Pacific Island nations—including Fiji, Vanuatu, and Samoa—are closely observing Australia’s grid integration frameworks.   As these islands face escalating climate risks, deploying renewable microgrids is critical for their energy sovereignty and climate resilience. Australia’s real-world deploy...

Below are the key points regarding the Philippine Energy Regulatory Commission’s (ERC) suspension of the green energy surcharge for May and June:   Key Policy and Scope of Application Suspended Fee: The Philippine Energy Regulatory Commission (ERC) has ordered the suspension of the Green Energy Auction (GEA-All) surcharge for the billing cycles of May and June 2026.   Exemption Criteria: This policy exempts all electricity consumers nationwide from the 0.0371 peso per kilowatt-hour (kWh) surcharge.   Implementing Entities: The suspension order applies to all collection agents, including Distribution Utilities (DUs), Retail Electricity Suppliers (RES), and the National Grid Corporation of the Philippines (NGCP).   Policy Background and Financial Status Alleviating Economic Pressure: Against the backdrop of rising inflation and global economic pressures, this measure aims to provide additional financial relief to households and electricity consumers nationwide, thereby reducing electricity costs.   Adequate Fund Balance: Following an assessment, the ERC found that as of May 5, 2026, the GEA-All Fund still held a healthy balance of approximately 466.49 million pesos.   Safeguarding Renewable Energy Projects: The current remaining funds in the fund are sufficient to meet the payment obligations to eligible renewable energy developers during the suspension period, including new facilities expected to be connected to the grid in June 2026.   Official Statement and Follow-up Plans Balancing Development and Livelihoods: Francis Saturnino C. Juan, Chairman and CEO of the ERC, stated that while the Commission fully supports the transition to clean energy, it also recognizes the current cost-of-living challenges faced by Filipino households. This temporary measure aims to balance renewable energy development with consumer protection.   Policy Does Not Affect Long-Term Plans: This suspension will not hinder the government’s renewable energy commitments and project advancement under the Green Energy Auction Program (GEAP).   Follow-up Review: The ERC plans to conduct a comprehensive review of the GEA-All Fund’s status in June 2026. At that time, it will determine whether to further extend the suspension based on the fund’s adequacy and market conditions.