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Jun 30, 2025Powerline
Premier Energies Limited has commissioned a new 1.2 GW tunnel oxide passivated contact (TOPCon) solar cell manufacturing line at its facility in Telangana.
The company is among the first few solar manufacturers in India to operationalise a TOPCon cell line, capable of achieving solar cell efficiencies exceeding 25 per cent. The facility features an advanced 16-busbar architecture, which enhances power density and energy yield under real-world conditions.
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Premier Energies Commissions 1.2 Gw Topcon Solar Cell Line In TelanganaPremier Energies Limited has commissioned a new 1.2 GW tunnel oxide passivated contact (TOPCon) solar cell manufacturing line at its facility in Telangana.
The company is among the first few solar manufacturers in India to operationalise a TOPCon cell line, capable of achieving solar cell efficiencies exceeding 25 per cent. The facility features an advanced 16-busbar architecture, which enhances power density and energy yield under real-world conditions.
Powerline
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30 June 20251 min readPremier Energies Commissions 1.2 Gw Topcon Solar Cell Line In Telangana
Powerline
30 June 2025
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Sunkind Partners With Ja Solar For 6.4 Gw Of Pv Manufacturing In IndiaFrom pv magazine India
Sunkind Energy has announced a strategic technical partnership with JA Solar to support its upcoming 2.4 GW solar cell and 4 GW module manufacturing facilities in India. Under the collaboration, it will leverage JA Solar’s advanced technologies and supply chain expertise to enhance its manufacturing capabilities and integrate global best practices.
“As India accelerates its transition towards renewable energy, the demand for high-performance solar solutions is at an all‑time high,” said Hanish Gupta, founder and managing director of Sunkind Energy. “Through this collaboration, we aim to deliver world‑class solar cells and modules that support India’s vision for self‑reliant, future‑ready industrial growth.”
JA Solar’s expertise in tunnel oxide passivated contact (TOPCon) cell technology and advanced production will support Sunkind’s entry into solar manufacturing, aiming to boost output and meet global standards.
Founded in 2019, Sunkind has delivered more than 150 MW of engineering, procurement and construction (EPC) projects and is expanding into solar cell and module production, energy storage, electric vehicle infrastructure, and tracker systems.
JA Solar, founded in 2005, has shipped more than 280 GW of PV products to 178 countries as of the first quarter of 2025.
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30 June 20252 min readSunkind Partners With Ja Solar For 6.4 Gw Of Pv Manufacturing In India
PV Magazine
30 June 2025
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China To Deploy 253 Gw Of Pv For Desert Control In Arid NorthChina has approved a new plan to tap its vast desert solar potential while addressing land degradation.
The Photovoltaic Desertification Control Plan (2025-30) – released by the National Forestry and Grassland Administration, the National Development and Reform Commission (NDRC), and the National Energy Administration (NEA) – aims to install 253 GW of solar capacity and rehabilitate 1.66 million acres (673,670 hectares) of desertified land by 2030.
The initiative targets the “Three North” region – northern, northeastern, and northwestern China – which includes eight major deserts and four sandy regions spanning more than 100 million hectares. These areas receive some of China’s highest solar irradiation but face extreme ecological fragility, with limited water, sparse vegetation, and high wind erosion.
Authorities said solar deployment must follow “ecological priority and coordinated development.” The plan divides the region into three climate zones and five priority development areas, including the fringes of the Taklimakan and Tengger deserts. It calls for pilot projects that integrate solar with land rehabilitation and includes safeguards for site selection, construction, and operations to limit ecological impact.
While the economic advantages are clear – desert solar farms offer low land costs, high irradiation, and favorable electricity prices – the plan also targets reduced afforestation costs. Conventional tree-planting can cost up to CNY 12,000 ($1,650) per acre, while solar-linked approaches can lower that to CNY 1,800 to CNY 3,000, due to revenue from electricity generation.
Additional income could come from carbon credits, government subsidies for land restoration, and co-located agriculture or livestock. The Kubuqi project in Inner Mongolia, for example, combines 2 GW of solar with tomato and desert herb cultivation, generating over CNY 1 billion per year. Battery storage and hydrogen facilities further boost the projects’ economic and energy value.
Challenges remain. Grid infrastructure in remote areas is often inadequate to handle added generation, and some developers focus on capacity rather than ecological integration.
To address this, Beijing directed local governments to adopt integrated planning, involve farmers and communities, and encourage innovation. If successful, the plan could serve as a model for sustainable development in fragile environments.
As with other major infrastructure projects in China, the plan’s rollout will be guided by detailed actions under the upcoming 15th Five-Year Plan. Large state-owned energy firms are expected to lead implementation, potentially providing strong support for China’s solar supply chain.
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PV Magazine
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30 June 20253 min readChina To Deploy 253 Gw Of Pv For Desert Control In Arid North
PV Magazine
30 June 2025
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Geothermal Investment Soars 85% As Innovative Tech Unlocks 500 Gw Us PotentialWood Mackenzie's latest Geothermal Market Update reveals that next-generation technologies including enhanced geothermal systems (EGS), advanced geothermal systems (AGS), and super-hot rock technology are fundamentally transforming the sector. These innovations make geothermal energy accessible almost anywhere, not just traditional high-temperature sites.
Commercial breakthrough demonstrates viability
Commercial activity accelerated dramatically, with 47 new wells announced in Q1 2025 – an 80% increase year-on-year. This rise was largely driven by the expansion of low-carbon heating initiatives in Europe. The United States and Turkey led the way, together accounting for nearly half of all planned wells. Fervo Energy's 500 MW Cape Station project in Utah demonstrates commercial viability at $79 per megawatt hour without subsidy, signaling the technology's competitive potential against traditional power sources.
"Next-generation geothermal technologies are fundamentally changing the energy landscape by making this reliable, 24/7 clean power source available almost anywhere," said Annick Adjei, senior research analyst, upstream and carbon management/subsurface at Wood Mackenzie. "With $1.7 billion in Q1 2025 funding alone and projects like Fervo's 500 MW Cape Station demonstrating commercial viability at $79 per megawatt hour, we're witnessing the emergence of a technology that could provide 15% of global power by 2050 while addressing the critical need for baseload renewable energy."
Massive untapped potential awaits development
Currently supplying less than 1% of global energy needs, geothermal could provide 15% of worldwide power by 2050. The US leads global geothermal power production, yet its 4 GW of installed capacity leaves vast resources untapped. Total potential US geothermal capacity exceeds 500 GW, with the best sites in western states featuring temperatures above 150°C and heat flow rates exceeding 80 milliwatts per square metre.
Canada shows significant potential for geothermal power generation, mainly in British Columbia, Alberta, Saskatchewan and Yukon, plus Nova Scotia.
Investment confidence has strengthened significantly, with 41% of the sector's nearly $2 billion total investment raised in 2024 alone. Major partnerships have emerged, including Canadian Deep Earth Energy's collaboration with SLB on Canada's first next-generation project in Saskatchewan.
Under a net-zero scenario, Wood Mackenzie estimates these next generation technologies could account for 46% of total geothermal output by 2050.
Technology breakthrough addresses traditional barriers
Three breakthrough technologies are driving this revolution. Enhanced geothermal systems access energy from hot dry rock using hydraulic fracturing techniques. Advanced geothermal systems employ closed-loop circulation without extracting formation fluids. Super-hot rock technology targets temperatures above 374°C at depths exceeding five kilometres.
These innovations address traditional barriers including high costs, location constraints, and technological limitations that previously restricted geothermal development to specific geological conditions.
Government support accelerates development
The US Department of Energy's $1.36 billion conditional commitment to Project ATLiS for lithium extraction from geothermal brines demonstrates the technology's expanding applications beyond power generation. Exploration activities expanded with new lease awards in Chile, Alaska and Utah covering over 100,000 acres.
Policy momentum builds across North America, with Energy Secretary Chris Wright advocating for next-generation technologies whilst federal initiatives streamline permitting and accelerate development. States including Colorado, Nevada, Utah and North Dakota emerge as development leaders, whilst Canada allocated over CA$50 million in 2024.
"The geothermal sector's 80% increase in new well announcements and nearly $2 billion in total investment reflects unprecedented confidence in technologies that unlock America's vast untapped resources," Adjei concluded.
Positioning for clean energy transition
The sector's transformation from niche applications to mainstream energy solution reflects technological maturation and growing recognition of geothermal's unique advantages: reliable 24/7 generation, minimal land footprint, and compatibility with existing grid infrastructure.
As costs decline and deployment scales increase, geothermal energy positions itself as a cornerstone technology for North America's clean energy transition, offering the baseload renewable generation essential for grid stability as intermittent sources expand.
Renewable Energy Magazine
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30 June 20254 min readGeothermal Investment Soars 85% As Innovative Tech Unlocks 500 Gw Us Potential
Renewable Energy Magazine
30 June 2025
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Longi And Pertamina Nre To Set Up 1.6 Gw Solar Panel Plant In IndonesiaLONGi has partnered with Pertamina New & Renewable Energy (Pertamina NRE) to establish a solar panel manufacturing facility in Indonesia.
The plant will be located in Deltamas, West Java, and will have an annual production capacity of 1.6 GW. It will deploy LONGi’s hybrid passivated back contact 2.0 technology. Manufacturing preparations are scheduled to commence by June 2025. The project is aimed at enhancing Indonesia’s domestic solar manufacturing capacity and advancing its national energy transition goals.
Powerline
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26 June 20251 min readLongi And Pertamina Nre To Set Up 1.6 Gw Solar Panel Plant In Indonesia
Powerline
26 June 2025
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Adani Group Plans Usd15–20 Billion Annual Investment To Achieve 100 Gw Power Capacity By 2030Reportedly, Adani Group has announced plans to invest USD15–20 billion annually over the next five years to expand its total power generation capacity to 100 GW by 2030.
The targeted capacity will comprise a mix of thermal, renewable, and pumped hydro sources. In 2024-25, the group invested over USD14.65 billion, with energy infrastructure being a key focus area. The expansion aligns with the group’s strategy to deepen its presence across the energy value chain and support India’s clean energy transition.
Powerline
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26 June 20251 min readAdani Group Plans Usd15–20 Billion Annual Investment To Achieve 100 Gw Power Capacity By 2030
Powerline
26 June 2025
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Indian State Utility To Deploy 1.07 Gw Of Solar For IrrigationFrom pv magazine India
MAHAGENCO will soon commission 1,071 MW of solar power projects. The installations will provide uninterrupted daytime electricity for irrigation, benefiting more than 300,000 farmers across the Indian state of Maharashtra and reduce reliance on conventional power sources.
The projects fall under the Maharashtra government’s Solar Agriculture Feeder Scheme 2.0, which aims to support farmers’ financial growth through sustainable energy and reduce electricity service costs. Under the program, distributed solar projects dedicated to agricultural use are being connected to the grid.
The state plans to solarize about 30% of agricultural feeders by 2025 as part of Mission 2025. Solar plants ranging from 0.5 MW to 25 MW will be located within a 5–10 km radius of distribution substations with agricultural loads.
GEAPP India will provide a Project Monitoring Unit (PMU) and a digital platform to support implementation. The platform will manage data collection, track progress, and streamline project management.
A Joint Committee, including all key stakeholders, will oversee timely completion and provide guidance on the Solar Agriculture Feeder Scheme 2.0. GEAPP India and MAHAGENCO will jointly develop a central dashboard to monitor land acquisition and project execution. Stakeholders will receive training to use the dashboard effectively.
MAHAGENCO, a wholly owned subsidiary of Maharashtra State Electricity Generation Co. Ltd, is one of India’s largest state-run power producers, with an installed capacity of about 13,880 MW. It operates thermal, gas, hydro, and solar generation assets and is increasing its focus on renewables to lower electricity costs and reduce carbon emissions.
GEAPP India is the Indian arm of GEAPP LLC, a global initiative backed by the Rockefeller Foundation, IKEA Foundation, and Bezos Earth Fund. It supports developing nations in accelerating just energy transitions and focuses in India on scalable, distributed clean energy deployment.
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PV Magazine
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26 June 20252 min readIndian State Utility To Deploy 1.07 Gw Of Solar For Irrigation
PV Magazine
26 June 2025
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Gcl Optoelectronics Finishes 1 Gw Perovskite Pv Module Factory In ChinaGCL Optoelectronics, a unit of GCL Group, has officially commissioned its perovskite photovoltaic module base in Kunshan, China's Jiangsu province. It is the world’s first gigawatt-scale manufacturing facility for perovskite solar modules.
The first phase of the plant, with a nameplate capacity of 1 GW, broke ground in May 2024 and was completed in just over a year. The second phase will expand capacity to 2 GW, depending on market demand. With a total planned investment of CNY 5 billion ($696.9 million), the facility will serve as GCL’s global R&D headquarters and the future listed platform for its perovskite operations.
The Kunshan plant builds on GCL’s early position in perovskite technology, following the launch of its 100 MW pilot line in 2021. The company has since achieved several technical breakthroughs, including certified single-junction module efficiency of 19.04% and tandem cell efficiency of 29.51%, placing it among global frontrunners.
GCL’s large-format modules, measuring up to 1.2 meters by 2.4 meters, are the largest of their kind and have passed TÜV Rheinland’s triple IEC stability certification.
To accelerate innovation, GCL has partnered with Suzhou Laboratory and Soochow University to establish the world’s first AI-driven high-throughput perovskite research center, located on-site. The lab integrates artificial intelligence with high-throughput experimentation to optimize materials formulation and process design.
The company said its modules have already undergone field validation in diverse environments, including high-altitude sites in Qinghai province, demonstration projects in the Gobi Desert, and coastal building-integrated photovoltaics (BIPV) pilots. These projects reportedly demonstrate the adaptability of GCL’s perovskite technology to extreme UV radiation, temperature swings, and saline or dusty conditions.
GCL plans to scale up production through a dual-track strategy of mass manufacturing and application-specific demonstrations. It is also exploring integration of perovskite modules with long-duration storage and green hydrogen systems to support a vertically integrated low-carbon energy ecosystem covering solar power, green chemicals, and data computing.
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26 June 20252 min readGcl Optoelectronics Finishes 1 Gw Perovskite Pv Module Factory In China
PV Magazine
26 June 2025
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Bw Ess And Ibersun Join Forces For 2.2 Gw Bess Project In SpainBW ESS and Ibersun have formed a joint venture to develop utility-scale battery energy storage system (BESS) projects across Spain. The joint venture of the companies is targeting greenfield, four-hour duration assets. It will progress with an initial 2.2 GW pipeline of eight projects.
The two companies will have equal ownership in the projects. Ready-to-Build status for the projects is expected to be achieved within two years. Furthermore, the partners anticipate pursuing a diverse range of revenue generation strategies.
Earlier in May 2025, BW ESS secured debt financing for the 100 MW/331 MWh Bramley battery energy storage system asset in Bramley, Hampshire. Under this agreement, the Australian bank Westpac and UOB will contribute 50 per cent each for the debt facility. The BESS project benefits from a market-first seven-year tolling agreement with Shell Energy Europe. It was inaugurated in February 2025.
Renewable Watch
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25 June 20251 min readBw Ess And Ibersun Join Forces For 2.2 Gw Bess Project In Spain
Renewable Watch
25 June 2025
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Ireland’S Solar Capacity Hits 1.76 GwThe new “Scale of Solar 2025” report by Solar Ireland claims Irish solar has grown by almost 160% since 2023, with the country’s installed PV capacity increasing by 156.8% in two years. The report is based on grid-connection and capacity data from Ireland's distribution system operator, ESB Networks, dating to May 31 of this year.
Despite the promising growth, Ireland currently remains well behind its 2030 target of 8 GW of installed PV. Its total installed solar capacity was 1.76 GW at the end of May.
Utility-scale solar farms make up the backbone of the new capacity, delivering power directly to the grid. The report said micro-generation and small-scale solar power is also making a difference to the sector’s overall growth, particularly as government support schemes incentivize people to install solar for self-consumption.
Ronan Power, CEO of Solar Ireland, said “2025 marks a pivotal moment – not just for solar, but for how we define its place in Ireland’s energy future … In just a few years, we’ve seen solar move from the sidelines to the center of national energy policy.”
Utility-scale solar’s growth trajectory is strong. Ireland’s first large-scale solar farm was energized in County Meath in 2022. In 2025, there is currently 885 MW installed across 19 sites, compared to 349 MW in 2023. There is currently 752 MW in the pipeline across 30 projects.
Solar Ireland’s report notes that installations in the commercial and industrial (C&I) sector are particularly impactful because they are large enough to provide cost reductions in energy bills and carbon footprints but small enough – 200 kVA to 1 MW – to avoid grid connection challenges. As of mid-2025, 2.29 MW of capacity is connected across seven sites, up from 0.3 MW in 2023.
Small scale solar (50 kVA to 200 kVA) installed by businesses, schools, farms and on public buildings is also growing thanks to government support schemes such as Solar for Schools, a subsidy program targeting solar for rooftops on schools nationwide. As of mid-2025, Ireland has 40 MW of connected capacity across 328 energized connections in the small-scale category.
Mini-generation systems (17-50VA) designed for self-consumption provide energy independence for small businesses and homes, making a positive impact on the rural economy. According to Solar Ireland, users include dairy and tillage farms, rural agricultural food producers, cold storage facilities, community buildings and sports clubs.
As of mid-2025, Ireland has 55 MW of mini-generation capacity connected across 2,050 energized connections, more than double the number of sites recorded the year before. This growth has been driven by improved grant access, simplified grid connection options and growing awareness in the agricultural sector.
A tennis club saved €6,000 per year on electricity bills and recorded a 20% drop in grid energy consumption thanks to a fully grant-supported installation of 19 solar panels and a Huawei hybrid inverter as part of a partnership with Irish installer Ohk Energy in 2024.
By mid-2025, Ireland had 135 MW of operational auto-production capacity (solar solely for self consumption) across 840 energized connections, up from 95 MW in 2023. This type of generation is mainly used by data centers, water treatment plants, large commercial campuses, land-rich businesses not suited to rooftop installations and agricultural businesses with high thermal or refrigeration loads.
In the micro-generation bracket, by mid-2025 more than 138,000 homes were generating their own electricity, representing 576 MW of installed capacity. National estimates suggest that more than a million rooftops in Ireland are suitable for solar. However, estimates say that just 13.8% of Ireland’s solar-ready rooftops have already been adapted.
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25 June 20254 min readIreland’S Solar Capacity Hits 1.76 Gw
PV Magazine
25 June 2025
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Maharashtra’S Solar Surge: Mahanirmiti To Roll Out 1.07 Gw Clean Energy Projects – EqIn Short : Renewable energy developer Mahanirmiti has announced plans to install 1,071 MW of solar capacity across multiple locations in Maharashtra. The projects will support the state’s renewable energy targets while creating local employment opportunities. This development comes as Maharashtra accelerates its transition to clean energy, currently ranking among India’s top solar-producing states with over 7 GW installed capacity.
In Detail :Maharashtra is set to witness a significant expansion in its renewable energy capacity with Mahanirmiti’s latest solar power initiative. The energy developer has announced plans to establish 1,071 MW of solar projects across multiple locations in the state. This major investment comes as part of India’s broader push towards achieving 500 GW of renewable energy capacity by 2030.
The solar projects will be strategically located across Maharashtra to maximize energy generation potential. Mahanirmiti’s development plan includes both utility-scale solar farms and distributed generation systems. This diversified approach will help strengthen the state’s energy infrastructure while supporting local power needs in different regions.
Implementation of these projects is expected to create substantial employment opportunities during both construction and operational phases. Local communities will benefit from job creation in project development, installation, and maintenance roles. The initiative aligns with Maharashtra’s renewable energy policy that emphasizes both large-scale projects and decentralized renewable solutions.
Upon completion, the 1,071 MW solar portfolio will significantly contribute to Maharashtra’s clean energy targets. The projects are projected to offset approximately 1.6 million tons of carbon emissions annually. This environmental benefit supports India’s climate commitments while providing cleaner, more sustainable power to Maharashtra’s growing economy.
The development timeline anticipates construction beginning within the next 12 months. Mahanirmiti’s project pipeline includes advanced solar technologies designed to maximize efficiency and grid integration. These installations will complement Maharashtra’s existing 7 GW solar capacity, further cementing the state’s position as a renewable energy leader.
This expansion represents a crucial step in Maharashtra’s energy transition strategy. By adding nearly 15% to its current solar capacity through these projects, the state demonstrates its commitment to sustainable development. The initiative also showcases how private sector participation can accelerate India’s progress toward its ambitious renewable energy goals.
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EQ Mazagine
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25 June 20252 min readMaharashtra’S Solar Surge: Mahanirmiti To Roll Out 1.07 Gw Clean Energy Projects – Eq
EQ Mazagine
25 June 2025
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New Jersey Launches 2 Gw Energy Storage ProgramThe New Jersey Board of Public Utilities (NJBPU) has approved phase 1 of the Garden State Energy Storage Program (GSESP). It is a multi-phase program designed to deploy 2,000 MW of energy storage by 2030. The program aims to expand the amount of grid-scale energy storage capacity in New Jersey.
Phase 1 of the program will procure at least 1,000 MW of larger projects directly connected to the main power grid through competitive bidding. The first phase consists of two tranches. The first solicitation aims to award 350-750 MW. The second solicitation will be prepared for the first half of 2026. It will secure the capacity remaining to reach the 1,000 MW target for phase 1 of the program.
Furthermore, the second phase is expected to be launched in 2026. It will focus on incentives for smaller energy storage systems connected to local distribution grids. GSESP may have a potential third phase to introduce a performance-based incentive for transmission-scale systems. The third phase is currently being evaluated.
Renewable Watch
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24 June 20251 min readNew Jersey Launches 2 Gw Energy Storage Program
Renewable Watch
24 June 2025
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