SOLshare & GRST Partner to Replace Rickshaw Batteries in Bangladesh

A groundbreaking partnership is set to transform Bangladesh’s urban transport landscape, tackling a major environmental challenge head-on. Two leading eco-innovators, SOLshare and GRST, are joining forces to replace the toxic lead-acid batteries currently powering millions of electric rickshaws across the country.

This collaboration brings together a 2021 Earthshot Prize finalist, SOLshare, and a 2023 Earthshot Prize winner, GRST, in a powerful alliance for sustainability. Their shared mission is to retrofit five million electric rickshaws with a cleaner, safer, and more efficient battery technology, marking a significant step forward for green transportation in the region.

The Problem with Lead-Acid Bangladesh rickshaw batteries

Electric rickshaws are a vital part of daily life and commerce in Bangladesh, providing essential transportation and livelihoods for millions. However, their reliance on conventional lead-acid batteries poses a severe threat to both public health and the environment.

These batteries contain toxic materials and harmful “forever chemicals” that can leach into the soil and water systems during their disposal, causing long-term contamination. The improper handling and recycling of these batteries create significant health risks for communities. Furthermore, their inefficiency and limited lifespan contribute to both waste and economic strain on the drivers who depend on them.

A Powerful and Sustainable Solution for Bangladesh rickshaw batteries

The partnership between SOLshare and GRST offers a comprehensive solution to this pressing issue. The collaboration leverages the unique strengths of both organizations to create a sustainable and scalable model for change.

GRST, celebrated for its pioneering work in green technology, will provide its innovative water-recyclable lithium-ion batteries. This cutting-edge technology not only eliminates the toxic components found in lead-acid batteries but also introduces a more sustainable lifecycle for the batteries themselves.

Complementing this technology, SOLshare brings its extensive network and expertise in payment and monitoring systems. Having built a reputation for empowering local communities through clean energy solutions in Bangladesh, SOLshare’s infrastructure is perfectly positioned to manage the rollout, financing, and performance tracking of the new batteries, ensuring a seamless transition for rickshaw drivers.

Quantifiable Impact for People and Planet with Bangladesh rickshaw batteries

The benefits of this initiative are clear and substantial. According to a report from The Earthshot Prize, the replacement of each lead-acid battery with GRST’s sustainable alternative will deliver multiple positive outcomes:

• Environmental Protection: Each new battery prevents harmful forever chemicals from entering the environment.
• Carbon Reduction: The switch is projected to reduce carbon emissions by an impressive 2.5 tonnes per battery.
• Economic Empowerment: The program is designed to directly increase the incomes of the rickshaw drivers, likely through improved battery efficiency, longer lifespan, and reduced maintenance costs.

By combining world-class sustainable technology with a robust, on-the-ground operational network, SOLshare and GRST are not just swapping out hardware; they are building a new ecosystem for clean urban mobility. This partnership stands as a testament to the power of collaboration in driving meaningful environmental action and creating a healthier, more prosperous future for the people of Bangladesh.

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Bangladesh has officially entered the global renewable energy supply chain, marking a historic first with the export of solar photovoltaic (PV) modules to the United States. This breakthrough, which commenced in June 2025, signals a new chapter for the nation’s manufacturing sector and its ambitious green energy goals.

Bangladesh solar panel exports: Unique US deal in 2025

The pioneering initiative is led by Radiant Alliance, an affiliate of the East Coast Group conglomerate. On June 19, 2025, the company dispatched its inaugural shipment of ‘Made in Bangladesh’ solar panels to the US-based firm CleanGrid Incorporation. This shipment kicks off a four-year export agreement valued at over Tk215 crore (approximately $25 million USD), solidifying Bangladesh’s new role as a solar technology exporter.

This achievement strategically supports Bangladesh’s national commitments under the Paris Agreement. The government has set ambitious targets, including a powerful push to increase renewable energy capacity, highlighted by the 2025 rooftop solar goal. The long-term vision aims for renewables to comprise 40% of the total energy mix by 2041.

Economic Impact and Strategic Opportunities

The export of solar panels is expected to bring significant economic benefits, including substantial foreign exchange earnings and the creation of skilled jobs within the clean energy industry. This move is particularly timely as the United States seeks to diversify its solar supply chain, opening the door for new manufacturing partners. For Bangladeshi companies, this presents a prime opportunity, and a guide to exporting solar panels from Bangladesh is now more relevant than ever.

This export milestone builds on steady domestic progress. The nation’s renewable energy sector currently generates 730 MW, representing 5.6% of total power production. Initiatives like the unique solar installation drive of 2024 have helped build a foundation for this international expansion, as the country works toward a goal of 10% renewable generation by 2030.

Navigating Challenges in Production

Despite this success, the path to becoming a major solar exporter is not without its obstacles. The industry faces significant challenges, including the high initial capital costs of setting up advanced production lines. A successful solar panel manufacturing process depends on sophisticated manufacturing machines, a consistent supply of quality raw materials, and access to financing.

The Bangladeshi government is actively working to mitigate these hurdles. Supportive policies such as tax incentives, subsidies, and net metering schemes are being implemented to foster growth. By easing investment rules for the private sector, the government is creating a more favorable environment for the renewable energy sector to flourish.

This inaugural export to the US by Radiant Alliance is more than a commercial transaction; it’s a testament to Bangladesh’s growing industrial capabilities and its potential to become a key player in the international solar market. For those interested in the business side of this technology, a free e-course on solar manufacturing is available.

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2. Getting Bangladesh’s renewable energy transition on track
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AKH Fashion Ltd has installed a 500kWp rooftop solar system at its factory in Bangladesh, taking a significant step toward sustainable Bangladesh energy solutions in the garment industry. This initiative aligns with the Bangladesh Garment Manufacturers and Exporters Association’s (BGMEA) goal of making factories more eco-friendly and supports the broader global shift toward sustainable manufacturing practices.

Rooftop Solar Installation Collaboration with DESCO

The rooftop solar system was launched on October 7, 2024, in partnership with Dhaka Electric Supply Company Limited (DESCO). AKH Fashion’s managing director, engineer Md. Shafiul Islam (Mohiuddin), and DESCO’s managing director, Md. Moin Uddin, inaugurated the system. This public-private partnership is a powerful example of how collaborative efforts can drive renewable energy adoption in the industrial sector.

Md. Shafiul Islam (Mohiuddin)—who is also the President of the Bangladesh Employers Federation (BEF) and former President of the Federation of Bangladesh Chambers of Commerce & Industries (FBCCI)—highlighted the project’s significance. He noted that the system will save 600,000 units (or 600 MWh) of electricity annually, contributing to the national power grid while reducing the factory’s carbon footprint.

Impact of Rooftop Solar Installation on the Garment Industry

This solar installation is poised to have a significant impact on the garment industry in Bangladesh. It sets a precedent for other factories to adopt renewable energy, reducing their dependency on fossil fuels and lowering greenhouse gas emissions. The move is particularly relevant amid increasing pressure on global supply chains to become more sustainable, as consumers and brands demand greener production practices. Similar projects, like the 3.5 MW rooftop solar system installed by Coles Group and highlighted by PVKnowhow, illustrate this growing global trend.

The project was supported by Akij Tech, which managed the system’s design, supply, installation, testing, commissioning, and maintenance. This partnership between private companies and energy providers is key to advancing renewable energy solutions. Such a comprehensive approach, from design to long-term maintenance, ensures the installation’s effectiveness and sustainability.

Key Figures at the Rooftop Solar Installation Event

The inauguration ceremony was attended by key figures from both the garment and energy sectors. DESCO’s managing director, Md. Moin Uddin, praised the initiative, emphasizing the importance of renewable energy for a sustainable industrial future. His presence highlights the value of government support and collaboration in the transition to cleaner energy.

Md. Shafiul Islam (Mohiuddin) reiterated the garment industry’s commitment to sustainable practices. He noted that this rooftop solar installation is a key step toward the BGMEA’s vision of creating more environmentally friendly factories—a vision that includes reducing energy consumption, minimizing waste, and adopting renewable energy sources. This commitment aligns with the growing global focus on Environmental, Social, and Governance (ESG) criteria in business operations.

Benefits of Rooftop Solar Systems

Rooftop solar systems offer several advantages for factories and industrial facilities. They reduce electricity costs, decrease reliance on the national grid, and lower carbon emissions. The impact on carbon offsetting can be substantial, as seen in other large-scale installations like the one at Dubai Airports (PVKnowhow).

These systems also enhance energy security by providing a reliable power source, which is especially valuable in areas with frequent outages. For more examples of successful rooftop solar projects, see PVKnowhow.

The 500kWp rooftop solar system at AKH Fashion Ltd marks a significant milestone for Bangladesh energy and the country’s push for sustainable industrial practices. It demonstrates how renewable energy can reduce the garment industry’s environmental impact and sets a benchmark for other factories to follow. The project also highlights a growing trend of businesses leveraging existing infrastructure, like rooftops, for renewable energy generation—a strategy also used by retail giants that install solar panels on their warehouses.

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What does BBA stand for?

BBA stands for Bachelor of Business Administration.

What is a Bachelor of Business Administration (BBA) degree?

The Bachelor of Business Administration (BBA) is a three-year undergraduate degree focused on business and management principles. It provides a foundational understanding of business operations, preparing students for various roles in the corporate world. The curriculum typically covers core subjects like finance, marketing, human resources, and strategic management.

Many BBA programs also offer specializations in areas like accounting, entrepreneurship, international business, and information systems, allowing students to tailor their education to their specific career interests.

The program is designed to equip students with the practical skills and theoretical knowledge needed for success in today’s dynamic business environment. Graduates develop proficiency in financial analysis, marketing strategies, human resource management, and operations management. This blend of skills and knowledge makes BBA graduates highly sought after by organizations across numerous industries.

For example, a deeper understanding of a niche industry like solar panel manufacturing can be a valuable asset in the renewable energy sector. You can learn more about solar panel manufacturing processes at PV Know How. Familiarity with the different types of solar panels and the machinery involved—such as solar stringer machines, laminators, bussing machines, and framing machines (PV Know How)—can provide a competitive edge in this growing field.

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Solar panels Bangladesh: 15 Essential Steps for Government Buildings

Solar panels Bangladesh: 15 Essential Steps for Government Buildings – A National Mandate

In a landmark move to accelerate its clean energy transition, the government of Bangladesh has launched the National Rooftop Solar Programme, a sweeping initiative to outfit public buildings with solar power. A Power Division circular issued on July 7, 2025, formalized the plan, which mandates solar installations on all government buildings, offices, schools, colleges, madrasahs, and hospitals. This directive sets an ambitious target of generating 3,000 MW from rooftops by the end of 2025.

Innovative Funding Unlocks Solar panels Bangladesh: 15 Essential Steps for Government Buildings

A cornerstone of the program is its innovative, dual-pronged funding strategy designed to eliminate financial barriers. For all government offices and ministries, installations will be fully funded by the state under a Capital Expenditure (CapEx) model. This direct government investment removes the hurdle of upfront costs for public agencies. Simultaneously, educational institutions and hospitals will benefit from an Operational Expenditure (OpEx) model, which allows them to adopt solar energy with no initial investment required, paving the way for widespread adoption across the public sector.

The Implementation Roadmap for Solar panels Bangladesh: 15 Essential Steps for Government Buildings

The government has outlined a clear implementation framework to streamline the process for all state-owned buildings. The key steps are as follows:

• Capacity Assessment: Institutions must first use a dedicated web-based application to measure their available, unshaded rooftop area and estimate the potential solar system size. This step applies only to government-owned buildings, excluding rental properties.
• Formal Application: Following the assessment, departments are required to submit a formal application to their local electricity distribution company seeking permission to proceed.
• Technical Approval: The distribution company then conducts a thorough technical review of the proposal. Once approved, the installation can move forward.

From Policy to Practice with Solar panels Bangladesh: 15 Essential Steps for Government Buildings

This national policy is already translating into tangible action. As part of the program, authorities have launched tenders for an initial 72.5 MW of rooftop solar capacity. In a concrete example of this initiative in motion, the Bangladesh Investment Development Authority (BIDA) and the Dhaka Electric Supply Company (DESCO) have signed a memorandum of understanding (MoU) to install a 150kWp rooftop solar system. These early projects demonstrate the government’s commitment to leading the nationwide solar transition by example.

A Greener Energy Future with Solar panels Bangladesh: 15 Essential Steps for Government Buildings

This comprehensive rooftop initiative is a critical component of Bangladesh’s broader vision for energy independence and environmental sustainability. By systematically utilizing the vast, untapped potential of public building rooftops, the nation aims to significantly reduce its reliance on imported fossil fuels, enhance its energy security, and make substantial progress toward its long-term climate and renewable energy goals. The program marks a decisive step towards building a cleaner, more resilient energy system for the future.

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1. BIDA, DESCO sign MoU to install 150kWp rooftop solar …
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3. Govt to fund installation of rooftop solar at all state-owned …
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5. Bangladesh tenders 72.5 MW of rooftop solar under …
6. Solar panels to be installed in government buildings, …
7. Bangladesh rooftop solar: humble beginnings

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Bangladesh’s renewable energy landscape is set for a significant boost with a new $24.3 million financing package from the Asian Development Bank (ADB). The funds are designated for Muktagacha Solartech Energy Limited (MSEL), a subsidiary of Joules Power Ltd. (JPL), to develop and operate a 20-megawatt (MW) grid-connected solar power plant in Mymensingh.

This project marks a milestone as one of the first private-sector utility-scale solar facilities in the nation to be supported by international financiers. The investment is structured as a dual-tranche loan, comprising a $15.5 million loan directly from the ADB and an additional $8.8 million loan from the Leading Asia’s Private Infrastructure Fund 2 (LEAP 2), which is administered by the ADB.

Suzanne Gaboury, ADB Director General for Private Sector Operations, emphasized the strategic importance of the collaboration. “ADB’s financing aims to drive progress and advance sustainable energy solutions in Bangladesh,” she stated. “The long-term financing will help promote private sector involvement in developing renewable energy in the country while addressing the critical capital needs of renewable projects.”

Once operational, the solar plant is projected to generate 37.9 gigawatt-hours (GWh) of clean electricity annually. This output will contribute to displacing fossil fuel-based power generation, preventing an estimated 18,344 tonnes of carbon dioxide emissions each year.

Nuher Latif Khan, JPL’s Managing Director, expressed his enthusiasm for the partnership. “We are thrilled to secure financing from ADB for our second solar project in the country,” said Khan. “Collaborating with a globally respected financial institution like ADB underscores JPL’s commitment to sustainability and represents a major milestone in our pursuit of sustainable growth in renewable energy initiatives.”

The project arrives at a critical time for Bangladesh, where renewable sources currently account for only 4.5% of the total power capacity. The government has been actively encouraging growth in the sector, introducing measures like a 10-year tax exemption for renewable energy plants starting in July 2025 to counteract barriers such as high import duties and foster a more favorable investment climate for clean energy development.

ADB Provides $24.3M Funds for 20MW Solar Plant in Bangladesh

1. ADB, MSEL sign deal to build 20 MW solar power plant in Bangladesh
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The Summit-Friendship Solar Village project has been recognized as a winner in the “Projects of Impact” category at the Reuters Global Energy Transition Awards 2024. This prestigious award, presented at the historic 95 Wall Street in New York, honors initiatives demonstrating transformational efforts in adapting to and thriving in a new energy landscape.

Impact of the Solar Community on Energy Access

Located in Kabilpur Char, Gaibandha, Bangladesh, the Summit-Friendship Solar Village was celebrated for its significant contributions to improving energy affordability and enhancing local resilience against climate change. The 57.6-kilowatt scalable solar microgrid serves as a central energy hub for 3,000 residents on this remote sedimentary island, also benefiting neighboring islands along the Brahmaputra River.

Gaibandha, Bangladesh

Muhammed Aziz Khan, chairman of Summit Power International, emphasized the importance of such initiatives: “Summit wants to serve 100 percent of Bangladesh with infrastructures for electricity and communication. Some ‘char’ areas, which are outside the national grid, also deserve electricity.” This project underscores the potential of solar energy to bridge gaps in energy access and bring modern amenities to isolated communities.

The Solar Village project has profoundly impacted the local community by providing reliable, low-cost electricity essential for economic activity and an improved quality of life. Runa Khan, founder of Friendship, highlighted the project’s role in creating livelihood opportunities, enhancing education for children, and reducing health risks by replacing kerosene lamps with clean solar energy.

In addition to supporting economic activities, the initiative promotes social and agricultural prosperity, demonstrating the feasibility and potential of solar microgrids in transforming remote communities. By reducing greenhouse gas emissions, the Summit-Friendship Solar Village also contributes to global efforts to combat climate change and advance sustainable development.

Expanding Solar Hamlets for Broader Impact

The Solar Village’s strategic location on the sediment islands of the Brahmaputra River highlights the suitability of solar microgrids in areas where traditional power grids are difficult to establish. As the project continues to expand, it sets a precedent for adopting solar microgrids in other underserved regions, potentially becoming a standard solution for energy access in remote areas.

The collaboration between Summit Power International and Friendship NGO demonstrates the power of partnerships in achieving sustainable development goals. As more Solar Villages are established, their cumulative impact on energy access, environmental protection, and community resilience will grow significantly.

Scaling Up Solar Settlements for Global Energy Transition

The success of the Summit-Friendship Solar Village serves as a model for scaling up similar projects across Bangladesh and beyond. By applying this model to other underserved and predominantly poor regions, countries can address energy deficits and provide their citizens with a fresh start. This approach offers a modern, eco-friendly solution that integrates local people, infrastructure, and renewable energy into a single platform.

As a practical response to the growing global energy crisis, the Solar Village model offers a pathway to a greener, more prosperous future by eliminating energy deficits and promoting sustainable development. The project demonstrates that transitioning from centralized fossil fuel systems to solar microgrids is a feasible solution that not only reduces greenhouse gas emissions but also strengthens global energy infrastructure.

Educating and Empowering Through Renewable Energy

Solar villages like Summit-Friendship provide reliable and affordable energy while creating economic development opportunities for residents. With steady electricity, small businesses can thrive, farms can be irrigated, and jobs can be created in the installation and maintenance of solar systems. For these remote villages, such economic benefits are as vital as the electricity itself.

Education and awareness of renewable energy are also key components of the project. By integrating solar energy into their daily lives, residents learn about its practical benefits firsthand, fostering a culture that encourages further renewable development. This, in turn, inspires the younger generation to enter the field and advance the technology.

The Summit-Friendship Solar Village in Gaibandha, Bangladesh, showcases what is possible with clean, renewable energy. By delivering safe, reliable power to communities disconnected from the mainstream grid, the project elevates living standards and supports broader environmental and development goals. The momentum for renewable energy is growing, and initiatives like this are leading the way.

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