Pakistan is experiencing a solar boom unlike any other. In just the first half of 2024, the country imported over 13 GW of solar panels – more than the total installed capacity of some entire countries (The Great Solar Rush in Pakistan, 2024). This unprecedented growth could push it ahead of its 2030 renewable energy targets years in advance.

The impact is already rippling through communities: farmers are swapping diesel pumps for solar-powered tubewells, industries are securing their own reliable power, and families are reducing their reliance on an overstretched grid. Clean energy is reshaping daily life, and climate entrepreneurship is multiplying its benefits across the country.

From waste-to-energy ventures in Karachi to e-mobility startups in Lahore, Pakistan’s climate innovators are finding practical solutions to real problems. But without stronger support systems, many promising ideas struggle to scale.

From left: Zeeshan Ashfaq, CEO of Renewables First, and Stanley Ng, Global Partnerships Director at New Energy Nexus

That’s why New Energy Nexus has partnered with Renewables First to launch Climate Innovation Pakistan (CLIP): a national platform designed to empower entrepreneurs, develop a skilled workforce, and shape policies that unlock clean energy innovation for the long run.

Through CLIP, we’re building the kind of ecosystem that helps climate entrepreneurs move from idea to impact:

• CLIP Incubator – Turning early-stage ideas into market-ready solutions.
• New Energy Academy – Training the solar workforce powering Pakistan’s transition.
• ThinkLab – Publishing actionable insights on what’s working or not in Pakistan’s climate innovation landscape, informing smarter policy and investment decisions.

CLIP Incubator: From idea to traction

Inside the CLIP Incubator, founders spend 12 weeks transforming their vision into traction. The program helps them validate products, test solutions with real customers, and refine their go-to-market strategies.

With guidance from mentors who have built and scaled in challenging markets, startups gain not only technical advice but also access to pilots, partnerships, and investors across Pakistan’s growing climate ecosystem.

The Clip Incubator journey. Photo from Climate Innovation Pakistan

This is a space designed for entrepreneurs who want to move faster, smarter, and stronger – without giving up equity, and with support tailored to Pakistan’s realities. Learn more and apply here.

New Energy Academy: Building the solar workforce

Pakistan’s solar boom cannot succeed without skilled workers ready to deliver it. That’s why CLIP is launching the New Energy Academy: Solar Fundamentals Training in Islamabad this September.

Developed by New Energy Nexus, GSES Global Sustainable Energy Solutions, and OpenSolar, and implemented in collaboration with Renewables First and the Pakistan Solar Association, the program blends online and in-person learning to train young people for jobs in installation and maintenance. Participants will gain hands-on skills, mentorship, and connections with employers in a sector that’s growing faster than ever.

By preparing the next generation of solar professionals, the Academy ensures Pakistan’s clean energy transition is powered by people as well as panels. Find out more and sign up by August 22.

A solar installation in Karachi, Pakistan. Photo from Wikimedia Commons, User: Crosji

Breaking down barriers

Pakistan is one of the world’s most populous countries and one of the most climate-vulnerable. At the same time, it holds enormous potential for clean energy to drive inclusive growth. Yet for many entrepreneurs, barriers to progress persist: limited financing, scarce data, and policy barriers.

CLIP aims to change that. By combining New Energy Nexus’s global expertise in building startup ecosystems with Renewables First’s deep local insights, the platform will help unlock new opportunities for entrepreneurs, investors, and communities alike.

At New Energy Nexus, we support diverse climate entrepreneurs worldwide, giving them the accelerators, funding, skills, and connections to thrive. Through CLIP, we’re expanding that mission in Pakistan, helping climate tech founders transform a historic solar rush into long-term impact for communities and industries across the country.

The path is clear: Build on this clean energy growth in Pakistan and carry it over to the rest of the world. Now it’s time to give innovators worldwide the tools to carry it further.

Ready to scale your own innovation? Check out our programs here.

Antora thermal battery on a crane.

Antora Energy is no longer a startup to watch; it’s a force to be reckoned with in the race to onshore American manufacturing and decarbonize industry. But before it raised $150 million in Series B funding, partnered with industrial giants, or landed on the pages of Fast Company and The Wall Street Journal, Antora was an early-stage startup facing a very familiar challenge: proving that the tech worked.

Back in 2019, that’s where CalSEED stepped in.

The Innovation: Turning Heat into Electricity

Antora’s core innovation is a thermal battery system that stores renewable energy as heat in inexpensive, earth-abundant materials. While Antora’s first product outputs that energy as industrial heat to drive manufacturing processes, its second product will also convert that heat back into electricity using thermophotovoltaic (TPV) cells. These cells function like solar cells designed to capture the wavelengths of light from Antora’s glowing-hot carbon blocks inside the battery.

This approach unlocks cost-effective, long-duration energy storage—the solution California and other clean energy leaders need to power the industry and ensure grid reliability as they deploy more intermittent energy resources, such as wind and solar.

But when Antora applied to CalSEED, the concept was still early. The company needed to prove that its TPV cells could reliably deliver electricity at the required efficiency, durability, and scale.

The Support: What CalSEED Made Possible

With support from the CalSEED Concept and Prototype awards, Antora conducted critical engineering validation and reliability testing of its TPV technology.

Throughout the grant in 2019, Antora:

• Characterized over 100 TPV cells, measuring reflectance, electrical performance, and power density
• Tested complete module prototypes at 1500°C conditions to simulate real-world battery operation
• Ran thousands of hours of reliability tests, de-risking failure modes, and validating lifespans
• Improved design and manufacturing processes, incorporating feedback from stress tests and failure analysis

This work helped establish that Antora’s TPV technology could convert heat to electricity at efficiencies of 40%+ and operate under extreme conditions with minimal degradation. More importantly, it laid the foundation for scaling production and building investor confidence.

“The work of this project, including the thousands of hours of reliability that have already been demonstrated, has greatly de-risked the commercial viability of TPV in long-duration energy storage.”
— Antora Energy, CalSEED Final Report

The Results: Rapid Growth and Real-World Impact

Since completing the CalSEED project, Antora has:

• Grown to over 200 employees
• Raised a $150 million Series B in 2024 from investors including Decarbonization Partners (BlackRock & Temasek)
• Opened a U.S. thermal battery factory in San Jose, CA, and launched the world’s first dedicated manufacturing line for TPV cells
• Secured multiple grants from the U.S. Department of Energy, including a recent $14.5M ARPA-E award

The company’s technology is now seen as a leader in powering industry with clean, low-cost energy. Antora’s batteries can keep industry running 24/7, even during extreme heatwaves and wildfire shutdowns.

Why It Matters: A Clear Path to Grid Decarbonization

Thermal energy storage, like Antora’s, could save California $1.5 billion annually, improve grid reliability, and reduce 25 million metric tons of CO₂ annually. That’s equivalent to taking nearly 6 million cars off the road. [Source]

And it all started with a prototype.

Antora’s success is a textbook example of how CalSEED helps bridge the “valley of death” for climate tech startups—de-risking early innovations, validating performance, and clearing the path from lab to market.

From Concept to Commercialization with CalSEED’s Spark

Every major clean energy company was once a concept seeking support. Antora’s journey demonstrates that targeted, early-stage funding and validation programs, such as CalSEED and CalTestBed, make the difference between promising ideas and scalable solutions.

Antora is now powering toward a clean future, and CalSEED helped light the way.

CalSEED Story: Antora

This story was originally posted by CalSEED.fund, our program in California.

Ten pioneering startups from across the lithium battery value chain presented their vision of Australia’s battery sector to an engaged audience of investors, policymakers, and industry participants at the inaugural Supercharge Australia Incubator Pitch Day.

After three months of tailored support from EnergyLab and New Energy Nexus, these founders now stand poised to accelerate the country’s battery manufacturing capabilities –  with solutions ranging from raw material innovation, marine applications, embedding safe energy storage into our living spaces, to cell reuse and repair.

Here are the participating startups and their lithium battery value chain focus:

• Adoxima, Carbophite, Voltavate: Carbon emissions-free, better, and cheaper lithium battery materials
• InnovoltIQ: Cell production
• Li-ion Energy and Sustainable Lithium Cells Australia: Reuse, repair, and recycling
• Naut: Marine electrification
• Net Zero Energy Solutions: V2G adoption acceleration
• Noizend: Enhancing battery energy storage system (BESS) community livability via intelligent noise-cancellation
• Powerblocks: Embedded energy storage

The completion of the first Incubator marks a key milestone in Supercharge Australia’s broader mission – to support over 150 startups in the lithium battery value chain and catalyse a thriving, interconnected lithium battery innovation sector – by adding a second program focused on supporting earlier-stage startups. The new program provided mentorship, expert advice, pilot opportunities, early customer connections, investor engagement, and international exposure, helping the teams to build the foundations of Australia’s battery future. We thank all of the experts for their generous contributions.

Launched in 2022, Supercharge Australia has now completed two Innovation Challenges. With the addition of the Incubator, it is now supporting 31 startups that have raised over AU$71 million in funding since they participated in its programs.

Building a circular battery value chain

Australia has a generational opportunity to move beyond exporting lithium ore and build a competitive, homegrown battery value chain. The startups in this year’s Incubator show how this is already taking shape: connecting technologies across the life cycle of a battery, from production to application to reuse. Their innovations don’t just solve isolated problems; they strengthen each link in the chain, multiplying impact along the chain to make the entire system cheaper, cleaner, and more efficient. This is how Australian batteries can compete.

Together, they demonstrate what a circular, high-value battery ecosystem could look like:

• Producing battery components with higher performance, many times lower costs, CO2 emissions, and up to 99% less production wastage – thanks to Adoxima, Carbophite, and Voltavate
• Manufacturing lithium battery cells at scale – with InnovoltIQ facility producing their first 500 MW per annum
• Deploying batteries in end-use applications – such as marine electrification (Naut) and vehicle-to-grid systems (Net Zero Engineering Solutions)
• Integrating batteries into communities – through quieter energy storage (Noizend) and attractive, modular battery systems for shared spaces (Powerblocks)
• Recovering value at end-of-life – with smart reuse and recycling solutions from Li-ion Energy and Sustainable Lithium Cells Australia

With coordinated support, these early-stage innovations can accelerate Australia’s transition from resource supplier to battery technology leader.

Backing Australia’s battery future

Australia remains the world’s leading lithium producer, supplying over one-third of global demand. With the global lithium battery market still forecast to be significantly undersupplied by 2030, Australian producers are seeking efficiency improvements and are investing in downstream opportunities to secure vertical capacity and greater profitability.

Each startup in the Incubator cohort is developing a critical piece of the emerging ecosystem and the kinds of investment opportunities the sector is seeking. Their solutions highlight the scale of opportunity when early-stage innovation is backed with intent, speed, and coordinated support.

While early traction for the cohort members was strong – from prototypes to paid pilots – the startups were all facing the same uphill challenge: securing capital, facilities, and support to go from validated concepts to scalable commercial impact. The Incubator addresses this gap by de-risking particularly early innovation, reducing barriers to commercialisation, and helping Australia retain its battery IP rather than lose it offshore.

Powering the clean energy transition

As global warming trends continue toward a 3°C pathway, and the risks of overshoot, consequent tipping points, and heavy reliance on unproven carbon capture and storage technologies rise, building a high-functioning cleantech sector that can dramatically accelerate decarbonisation becomes a strategic, global imperative.

Batteries power the clean energy transition, making it an important piece of this response – and battery startups have tremendous potential to pave the way, especially when supported early.

To further develop this economic opportunity, Australia can adopt proven models like our CalTestBed program in California, which turned US$22 million in early-stage testing access into over US$438 million in follow-on investment by offering non-dilutive, non-matching grants to startups solving big climate problems. If a similar system were applied here, it would rapidly increase the volume and readiness of battery startups ready to attract private capital or integrate into gigafactory supply chains.

“Building Australian lithium battery capability begins with supporting innovation at its earliest stages — with non-matched and non-dilutive funding to produce prototypes, pilots and real-world testing opportunities,” said Kirk McDonald, Project Manager at Supercharge Australia.

Australia has a generational opportunity to do the same: Supercharge Australia is calling for new initiatives to:

• Provide non-dilutive, non-matching seed funding for early-stage lithium battery value chain startups.
• Open access to testing, certification, and demonstration facilities.
• Support pilot customers and fleet procurement to validate new tech.
• Connect investors and government with the pipeline of founders building the sector.

To continue building the momentum for this sector, our next program is launching now. This will be our third Supercharge Australia Innovation Challenge – applications are open.

The inaugural Supercharge Australia Incubator cohort

Rooftop solar panel. Stock photo

A recent study by Ateneo de Manila University, published in Challenges in Sustainability, sheds light on the persistent barriers preventing the widespread adoption of rooftop solar power (RTSP) in Metro Manila and nearby provinces. Led by Professor Rosalina Palanca-Tan, the study surveyed 403 respondents to understand why households remain hesitant to invest in solar technology despite its clear economic and environmental benefits.

The study’s findings were recently featured in the Philippine Daily Inquirer, sparking a public discussion on its Facebook post, which highlighted several recurring concerns: high upfront costs, lengthy return on investment (ROI) periods, bureaucratic hurdles, technical challenges, and a lack of government support. Let’s look into the key challenges raised around rooftop solar adoption, and explore potential solutions.

A word cloud generated from people’s responses on the Facebook post.

Why aren’t more Filipinos switching to solar?

1. High cost of installation and ROI concerns

Many consumers cited the high initial cost of installing solar power systems as a major barrier. The upfront investment often matches several years’ worth of electricity bills, making it difficult for households to justify the expense. Additionally, long return-on-investment (ROI) periods discourage adoption, particularly in the absence of accessible financing options.

2. Lack of financing options

Access to financing remains a significant barrier to rooftop solar adoption. With limited options for low-interest loans or flexible payment schemes, households struggle to afford the initial investment, making solar installations less accessible to the broader public, especially to residential consumers.

3. Regulatory and bureaucratic hurdles

The slow and complex application process for net metering was another major concern. Many consumers reported waiting over six months and encountering excessive requirements that hindered their ability to connect their solar systems to the grid.

4. Service and maintenance issues

Some consumers highlighted issues related to improper system sizing, inefficiency, and high maintenance costs. Concerns included roof leaks due to poor installation, the lifespan of batteries, and the disposal of solar panels. These barriers make the transition to solar more challenging for prospective users.

5. Quality of solar technologies & local manufacturing

The absence of local solar manufacturers results in reliance on expensive imported components. Concerns about substandard or inefficient technologies make consumers hesitant to invest.

6. Lack of government support and incentives

Unlike countries such as Australia and Canada, which offer tax breaks, subsidies, and no-interest loans, the Philippine government provides minimal financial incentives for residential RTSP. This lack of support further discourages households from making the switch to solar energy.

7. Limited competition in the market

The industry is still dominated by a few major players, limiting consumer choices and competitive pricing. More players entering the market could drive innovation and lower costs through competition.

Who’s addressing these gaps?

At New Energy Nexus Philippines, we recognize that overcoming these barriers requires a multi-faceted approach—one that not only enhances technical expertise but also builds trust within communities. This is why it’s important to empower the solar industry, especially smaller players, with the right tools and knowledge to drive solutions forward. Our programs, particularly the Solar Innovation Program (SIP) and Solar Community Meetups, are designed to do just that.

Strengthening the Solar Industry

SIP provides targeted support for solar PV installers, engineering, procurement, and construction (EPC) companies, and solar equipment suppliers to improve their competitiveness in the market. Through learning sessions and workshops, participants gain essential knowledge in:

• Addressing common challenges in closing deals with clients;
• Effectively promoting and marketing their services;
• Exploring financing mechanisms with financial institutions to make solar more affordable for households; and;
• Expanding business opportunities beyond residential installations.

By empowering solar entrepreneurs, SIP tackles concerns related to business growth, financing gaps, and limited competition in the market. A stronger and more competitive solar industry ultimately leads to better installation quality, reduced costs, and more accessible financing options for households.

SIP 2024 graduates during the culminating activity in Cebu City.

Building Trust in the Industry

Beyond technical training, shifting public perception is crucial for accelerating RTSP adoption. Our Solar Community Meetups serve as a bridge between solar entrepreneurs, technical experts, policymakers, and consumers by fostering collaboration and knowledge-sharing. These gatherings provide a space for entrepreneurs to exchange insights and share best practices, address bureaucratic challenges with government stakeholders, streamline net metering processes, and advocate for stronger policy support. Additionally, they highlight success stories from early adopters, encouraging more households to consider solar power.

By fostering an ecosystem of collaboration and trust, Solar Community Meetups contribute to addressing skepticism and misinformation surrounding RTSP. The insights gathered from these discussions also help inform future policy recommendations, ensuring that the needs of solar entrepreneurs and consumers are effectively addressed.

DOE Assistant Secretary Mylene Capongcol presenting the Department of Energy’s renewable energy plans at the SCM in Davao.

A collective effort for solar growth

The concerns raised in the Facebook post reflect the frustrations and aspirations of many Filipinos when it comes to solar energy adoption. While challenges such as high costs, bureaucratic red tape, and technical difficulties persist, programs like the SIP and Solar Community Meetups provide platforms that empower solar entrepreneurs to drive industry-wide improvements.

Panel discussion during the SIP 2024 culmination featuring Hon. Nestor Archival (Cebu City Government), Engr. Titus Ragrario (Jinko Solar), Engr. Richard Alfafara (Visayan Electric Company – VECO), and Engr. Woodrow Pino (Woodrow Solar Power), sharing insights on accelerating rooftop solar adoption. Photo

Ultimately, expanding the adoption of RTSP in the Philippines requires a collective effort from businesses, the government, private companies, and Filipino communities. By equipping solar entrepreneurs with knowledge and resources, and by fostering trust through community engagement, we can create a more inclusive and resilient solar industry that benefits both consumers and the environment.

Want to get more involved in the Filipino clean energy space? Learn more about our programs in the Philippines here.

Japan has long been recognized as a global leader in precision engineering and advanced manufacturing. Yet in the race to decarbonize, its climate tech startup ecosystem is only beginning to accelerate. While government support is growing and university spinouts are gaining traction, Japanese climate innovators often face a key barrier: access to international markets, capital, and deep networks to support their growth.

At the same time, the U.S.—and California in particular—remains a global hub for climate innovation. With its dense investor networks, policy leadership, and cutting-edge R&D institutions, California offers fertile ground for scaling climate technologies that can help the world meet net-zero goals.

To unlock this potential, New Energy Nexus, Third Derivative, and Japan Energy Fund have partnered with JETRO to launch the Global Startup Acceleration Program (GSAP). This initiative is more than an exchange—it’s a bridge between two ecosystems with complementary strengths. By bringing Japan’s deep tech ingenuity into conversation with California’s fast-moving entrepreneurial culture, we aim to accelerate climate solutions that the whole world needs.

Below, meet 10 startups selected for the inaugural GSAP cohort. Each brings a unique approach to decarbonization—from fusion to algae, electronics to rare metal recycling. Together, they represent a new wave of Japanese climate innovation ready to go global.

Meet the Startups

The inaugural GSAP cohort of startups.

Planet Savers
Planet Savers is Japan’s first Direct Air Capture (DAC) startup, spun out of the University of Tokyo. They’re developing a scalable CO₂ adsorbent-based DACCU system, aiming to lower capture costs to around $100–400 per ton. The team recently secured a significant NEDO grant to pilot their high-efficiency DAC technology, supporting their goal to “halt climate change and leave a beautiful Earth for the next generation.”

miibio
miibio develops light-switchable protein technology that allows precise optical control of biological processes. Based in Tokyo and rooted in synthetic biology research from the University of Tokyo, the company is commercializing this technology for use in research reagents and biomanufacturing, offering greater control over protein behavior.

Aqua Theon
Aqua Theon creates seaweed-based biomaterials for use in food, packaging, and medical products. By working with marine biomass, the company is developing renewable, circular alternatives that reduce reliance on conventional plastics.

Helical Fusion
Helical Fusion is working on fusion energy systems with new reactor designs aimed at delivering safe, scalable, and low-carbon power. The company’s approach focuses on making fusion a practical part of the future energy mix.

Rhinoflux
Rhinoflux develops bioenergy systems that capture carbon while generating power. By extracting CO₂ from biomass, their technology enables simultaneous energy production and carbon removal—useful for industries seeking low-emission, resilient energy solutions.

Atierra
Atierra uses microalgae bioreactors to remove atmospheric CO₂. Their systems convert carbon into algal biomass, offering a biotech-driven, nature-based approach to climate mitigation at scale.

E‑Thermo / Gentek
E‑Thermo Gentek captures industrial waste heat and converts it into electricity using thermoelectric technology. Their systems help industries recover energy that would otherwise be lost, improving efficiency and reducing emissions.

Emulsion Flow Technologies
Emulsion Flow Technologies provides rare metal recycling for batteries and electronics. Their proprietary emulsion process enables the recovery of valuable materials in a more sustainable way, contributing to circularity in fast-growing supply chains like EVs.

Sun Metalon
Sun Metalon integrates CO₂ reduction into metal recycling processes, with the goal of lowering emissions in heavy industry. Their approach combines carbon capture and resource reuse to support more sustainable industrial practices.

Elephantech
Elephantech manufactures printed circuit boards (PCBs) using a metal inkjet printing process. Their additive method cuts down on material waste and lowers environmental impact, offering a more efficient path for electronics production.

About the Program: JETRO Global Startup Acceleration Program (GSAP)

Co-hosted by New Energy Nexus, Third Derivative, and Japan Energy Fund, JETRO’s GSAP program supports 10 Japanese climate tech startups through a multi-phase program:

June (Tokyo Kick-off): Orientation, mentorship, and peer learning to shape business models and go-to-market strategies.

July–September (Virtual Acceleration): Group sessions and one-on-one mentoring with investors and industry leaders to refine pitches and partnerships.

October (US Immersion Week): In-person programming in San Jose, including curated business meetings, investor matchmaking, and participation in the VERGE Climate Tech Conference.

Nov 2025–Early 2026 (Follow-up Support): Ongoing mentoring and strategic guidance to deepen market entry, secure partnerships, and scale growth.

By building long-term connections between Japanese founders and global innovation ecosystems, the program aims to catalyze real, scalable climate impact.

Stay tuned as we follow these founders on their journey—from Tokyo labs to California boardrooms—and help usher in the next generation of global climate solutions.

The clean energy transition is our chance to build a fairer future, yet women are still missing from the table. Around the world, only 15% of clean energy leadership roles are held by women.

Even in Thailand, a leader in the Asia Pacific region when it comes to women’s leadership in the energy sector, women occupy just 23% of leadership positions.

But when women are at the helm, the impact speaks for itself.

Salinee Hurley. Photo from SunSawang

Salinee Hurley is proof that inclusive leadership powers inclusive solutions. A mechanical engineer specializing in solar, she founded SunSawang: a social enterprise bringing solar home systems and lanterns to off-grid villages along the Thailand–Myanmar border. She is also the Project Director at the Border Green Energy Team (BGET), an organization advancing clean energy access in the region.

Salinee’s journey into solar began when she pursued further studies in solar engineering in the United States. Returning to Thailand, she initially implemented solar projects through an NGO model, using grant funding to provide free installations in remote areas. Over time, she realized the approach lacked long-term sustainability.

To address this, Salinee transitioned to a social enterprise model, offering long-term payment plans that support both ongoing maintenance and local ownership.

“Free installations may help in the short term, but the real goal is to empower people to access energy independently in the long run,” she said.

Solar installation at Maw Poe Kay High School. Photo from SunSawang

SunSawang now trains and hires local technicians and sales agents to serve their own communities. This localized model not only keeps systems functioning, but also supports economic activity—access to reliable electricity allows for evening work like weaving, increasing household income.

Salinee’s work also highlights the systemic barriers that persist in Thailand’s solar landscape: high upfront costs, inconsistent regional regulations, and limited financing options for low-income households. Recent steps, including draft laws to simplify rooftop solar permitting and new green loan products, are promising, but access remains uneven.

Last year, she joined New Energy Nexus Thailand’s SolarSTEP initiative, where she shared her expertise and connected with other women leading the shift to a cleaner energy future.

Solar installation at Maw Poe Kay High School. Photo from SunSawang

Supporting women leading the way

SolarSTEP is designed to build skills and leadership among solar technicians and entrepreneurs, with a focus on women, to help accelerate Thailand’s clean energy transition.

This work is spurred on by Thailand’s ambitious target to reach 12,139 MW of solar capacity by 2037, as outlined in its Alternative Energy Development Plan (AEDP). Hitting this target will take more than policy; it requires investing in people, empowering women, and expanding access to rooftop solar across the country.

This is where SolarSTEP comes in. The program has already delivered seven trainings across Thailand’s Central, Northern, and Southern regions, reaching over 200 participants. These efforts have been strengthened through collaboration with key partners, including PEA Encom Smart Solution, PEA Encom International, and LONGi.

Photo of the SolarSTEP 2024 Training program participants, including Salinee Hurley.

Looking ahead, we’re focused on scaling impact, broadening solar access, and building a sector that mirrors the diversity of the communities it serves.

If we want a just and resilient clean energy future, we need to break down the barriers that keep women on the sidelines and back those already leading the way. Empowering more women to participate and lead in clean energy isn’t just the right thing to do—it’s the smart thing to do.

Want to be part of building an inclusive clean energy sector in Thailand? Learn more about our work here.