Sri Lanka’s National Innovation Agency (NIA) has unveiled three locally developed technologies intended to support higher-value applications in the energy-storage sector, marking an encouraging step in the country’s effort to connect scientific research with industrial production, commercial opportunity and the wider transition towards renewable energy.

The technologies were presented at the third NIA Dolphin Tech Pitch, held at Pullman Colombo on 25 August 2026 under the theme, “Emerging Graphite & Carbon Technologies for Energy Storage.” The programme brought together researchers, technology developers, industry representatives, financial institutions, regulators and potential investors, with the stated objective of helping promising Sri Lankan research move beyond the laboratory and towards industrial application.

The original report was published by Lankanewspapers.com on 27 August 2026 and is credited on its source page to Lankanewspapers.com; no individual author is identified. This eLanka article is an editorial rewrite of that report, with additional explanatory context concerning renewable energy, local manufacturing and potential business opportunities.

Why energy storage matters in a renewable-energy economy

Energy storage has become an instrumental component of modern electricity systems because renewable sources such as solar and wind do not generate power at a constant rate. Solar panels produce their highest output during daylight hours, while electricity demand may continue into the evening; wind generation, similarly, varies according to changing weather and geographical conditions.

Batteries and other storage technologies can help retain surplus electricity when renewable generation is high and release it when production falls or demand rises. In this way, storage can complement renewable generation, improve the reliability of electricity networks and reduce the need to rely solely on conventional power sources during periods of imbalance.

For Sri Lanka, the development of energy-storage expertise has significance beyond the immediate question of electricity supply. Locally researched materials, components and systems could eventually support a broader industrial ecosystem involving universities, research institutes, manufacturers, engineering firms, software developers, testing laboratories, investors and maintenance providers.

However, the technologies presented by the NIA should be understood as research and development platforms at this stage. The full technical specifications, commercialisation arrangements, pilot outcomes, production costs and independently verified performance results were not disclosed in the source reports. Consequently, the potential benefits outlined below should not be treated as completed commercial results.

Three locally developed technology platforms

The first technology, developed by Professor G.R.A. Kumara and a team from the National Institute of Fundamental Studies (NIFS), explores the conversion of locally available biomass waste into higher-value materials for energy-storage applications.

Biomass waste can include a variety of organic materials, and research in this field commonly examines how carbon-rich feedstocks may be processed into materials suitable for batteries, supercapacitors or related applications. Sri Lanka’s agricultural economy provides access to several potential biomass sources, although the suitability of each material would depend on its composition, processing requirements, consistency and cost.

If successfully developed for industrial use, such research could help transform selected waste streams into valuable inputs rather than treating them solely as disposal problems. It could also encourage partnerships between agricultural producers, material-processing companies, research institutions and technology-focused entrepreneurs. Nevertheless, the source report does not confirm that a commercial product has already been manufactured or that a particular biomass material has completed industrial validation.

The second technology was developed by the Industrial Technology Institute (ITI) and was presented by Dr R. Chinthaka L. De Silva. It focuses on improving lead-acid battery performance through advanced electrode engineering and nanotechnology, including the use of graphene-derivative modification.

Lead-acid batteries remain widely used in vehicles, backup-power systems, telecommunications infrastructure and stationary energy applications. Their established manufacturing base, comparatively familiar recycling pathways and relatively low cost make them an important part of the global energy-storage landscape, even as newer battery chemistries continue to attract attention.

Research into electrode design and graphene derivatives could, in principle, seek improvements in areas such as efficiency, durability, charge acceptance or operating life. The source material, however, does not provide sufficient technical detail to establish the precise performance gains achieved by the ITI technology. Further testing, independent verification and real-world trials would therefore be necessary before any commercial claims could responsibly be made.

The third project centres on Sri Lanka’s high-purity vein graphite and was developed by the late Dr Athula Wijayasinghe and a team from NIFS. According to the NIA, the project involves an intellectual-property-protected platform for graphite purification, surface modification and the production of battery materials.

Sri Lankan graphite has long been recognised as a significant natural resource, but the greatest economic value may arise when raw materials are processed into advanced products rather than exported or sold at an earlier stage of the value chain. The NIA’s presentation therefore points towards an important industrial question: whether Sri Lanka can build the technical capacity to produce specialised materials for batteries and other energy-storage devices.

The platform’s intellectual-property protection may assist future discussions with investors and industrial partners, although the source report does not disclose the precise protection arrangements, production scale, commercial agreements or pilot performance associated with the technology.

From scientific research to local manufacturing

The NIA’s announcement is significant because it places emphasis on the movement of local research towards higher-value applications. Scientific discovery alone does not automatically create a successful industry; technologies must also be tested, manufactured consistently, assessed for safety, supported by reliable supply chains and matched with customers whose requirements are clearly understood.

For Sri Lankan businesses, this creates several possible areas of participation. Material suppliers could support the preparation of biomass and graphite inputs, while engineering companies could contribute equipment, process controls and manufacturing systems. Specialist firms could become involved in battery assembly, quality testing, recycling, software monitoring and maintenance.

Universities and research institutes could also benefit from stronger industry relationships, particularly where commercial partners are able to identify practical requirements and provide access to testing environments. Financial institutions and investors, meanwhile, would be expected to assess technical risk, capital requirements, intellectual-property arrangements and the time required to reach market readiness.

The NIA Dolphin Tech Pitch appears to have been designed to encourage precisely this type of engagement. Technology developers reportedly held direct discussions with investors and industry representatives concerning market potential, scalability, investment requirements, industrial partnerships and possible routes towards commercialisation.

Reducing import dependence while creating new opportunities

Sri Lanka currently depends on imported equipment and components across many technology-intensive sectors. Developing local energy-storage capabilities could help reduce that dependence over time, particularly if research outcomes can be translated into reliable products that meet domestic standards and commercial requirements.

The opportunity should not be overstated. Local production would not necessarily eliminate imports, since advanced energy-storage systems often rely on global supply chains involving specialised minerals, electronic controls, safety systems and manufacturing equipment. Even so, stronger domestic capability could allow Sri Lankan companies to capture more value through material processing, component production, system integration and technical services.

Entrepreneurs may also find opportunities in smaller-scale applications, including backup systems for businesses, solar-storage solutions for homes and institutions, battery management software, maintenance services and responsible recycling. Such opportunities would depend on the eventual performance, cost and availability of the technologies, none of which has been fully established in the information currently released.

For Sri Lankans living in Australia, the United Kingdom, Canada, New Zealand, the United States and other countries, the development provides a positive example of local scientific talent addressing a global challenge. It may also encourage professional links between Sri Lankan researchers and engineers abroad and emerging companies or institutions in Sri Lanka.

A promising beginning requiring careful follow-through

The unveiling of the three technologies represents an encouraging demonstration of Sri Lankan research capacity in biomass-derived materials, advanced lead-acid electrodes and vein-graphite applications. It also reflects the value of bringing researchers, businesses, investors and regulators into the same conversation.

The next stage will be decisive. Transparent technical reporting, independent testing, carefully designed pilot projects, appropriate safety standards, viable financing and credible commercial partners will be needed if the technologies are to progress from promising research platforms to dependable products.

At present, the announcement should therefore be regarded as a constructive beginning rather than a completed industrial outcome. With sustained support and disciplined commercial development, the three initiatives could help Sri Lanka explore a more sophisticated position in the energy-storage value chain, while opening valuable opportunities for locally owned businesses, entrepreneurs and skilled professionals.

Source: https://www.lankanewspapers.com/2026/08/27/sri-lanka-s-national-innovation-agency-unveils-three-homegrown-energy-storage-technologies
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