The five-nation BRICS bloc has formally established a dedicated digital platform to drive collaborative innovation in smart grid technology and energy storage systems. Unveiled at the 11th BRICS Energy Ministers' Meeting held in Gurugram, India on Thursday, the BRICS Digital Centre of Excellence (DCoE) represents a structured commitment by Brazil, Russia, India, China, and South Africa to strengthen their collective approach to energy transformation. The creation of this specialised centre underscores growing recognition among major developing economies that modernising energy infrastructure requires coordinated technological advancement and shared expertise across borders.
India's Power Minister Manohar Lal Khattar characterised the centre's launch as a watershed moment for energy collaboration within the bloc. He emphasised that the initiative embodies a unified determination to deepen partnerships, accelerate technological breakthroughs, and construct energy systems capable of meeting current demands while remaining resilient against future challenges. This declaration carries particular weight given India's current leadership of BRICS and its prominent role in shaping the grouping's energy agenda for the period ahead. The centre's establishment signals that member nations have moved beyond rhetorical commitments to tangible institutional mechanisms for cooperation.
The DCoE framework is structured to function as a nexus for cross-border knowledge transfer and professional development among BRICS specialists. Rather than operating as a passive information repository, the centre will actively facilitate the sharing of proven methodologies, enable capacity-building programmes for technical personnel, coordinate implementation of multinational projects, and deepen institutional links between energy authorities across the bloc. This multi-faceted approach acknowledges that technological advancement requires not merely exchanging data, but building human capacity and establishing collaborative implementation pathways. For Southeast Asian observers, this model of structured cooperation offers insights into how developing regions might organise collective responses to shared infrastructure challenges.
The minister highlighted renewable energy's increasingly central role in reshaping global energy systems. Modern grids, he explained, will fundamentally differ from legacy infrastructure by operating with real-time responsiveness to fluctuating demand patterns, absorbing substantial quantities of variable renewable power, deploying sophisticated battery and storage solutions, and granting end-users greater agency through smart technologies. This vision reflects a broader global paradigm shift where energy systems become bidirectional, distributed, and consumer-responsive rather than centralised and supply-driven. The implications for Malaysia and other Southeast Asian nations are significant, as similar grid modernisation remains essential for accommodating rapid renewable energy scaling.
India's positioning within this cooperative framework is formidable. The nation has consolidated its standing as a global leader in renewable energy deployment, with particularly impressive achievements in solar and wind capacity installation. To enhance grid intelligence and operational efficiency, India is executing one of the planet's most ambitious smart meter installation programmes, fundamentally digitising its energy distribution infrastructure. This massive undertaking—affecting hundreds of millions of consumers—provides empirical data and operational knowledge that other BRICS members and developing economies can evaluate and potentially adapt. The technical lessons from India's scale of digitalisation offer practical value beyond theoretical frameworks.
India's broader energy storage ambitions further demonstrate the scope of transformation underway. The nation intends to develop approximately 100 gigawatts of pumped-storage hydroelectric capacity, utilising only a portion of its identified 260-gigawatt potential. Additionally, authorities plan to establish roughly 80 gigawatts of battery-based energy storage systems. These figures represent deployment at a scale rarely attempted anywhere, creating opportunities for innovation in manufacturing, engineering, and grid integration. For Malaysia, which possesses significant hydroelectric potential and growing renewable energy targets, India's pumped-storage development strategy merits detailed examination as a potential model.
New Delhi has articulated three foundational pillars guiding India's energy direction during its current BRICS chairmanship. Energy security coupled with environmental sustainability forms the first pillar, acknowledging that nations cannot compromise supply reliability while transitioning fuel sources. Energy accessibility and equitable distribution constitutes the second priority, recognising that energy transition must serve broader development objectives rather than concentrating benefits among affluent consumers. Technology advancement and innovation forms the third strand, reflecting the understanding that system transformation requires continued breakthrough rather than merely scaling existing solutions. This tripartite framework positions energy cooperation as inseparable from development outcomes and social equity considerations.
The DCoE's establishment carries strategic implications extending beyond purely technical dimensions. By institutionalising cooperation among major developing economies on energy infrastructure modernisation, BRICS is reinforcing its identity as a counter-weight to Western-dominated international institutions while addressing genuine shared challenges. This creates space for developing nations to establish standards, share learning, and build capacity without external gatekeeping. For Malaysia and ASEAN members, the emergence of such capability-building platforms among developing blocs suggests opportunities for South-South collaboration that might complement or supplement multilateral frameworks dominated by advanced economies.
The timing of this initiative reflects accelerating global energy transitions and mounting investment requirements. Developing economies face substantial capital demands for grid modernisation, renewable deployment, and storage infrastructure. By pooling technical expertise and sharing implementation experiences through the DCoE, BRICS nations can reduce inefficiencies, avoid duplicative research, and collectively compress the learning curve for system transformation. Knowledge that might require years to develop independently can be accessed and adapted within months through structured sharing mechanisms. This efficiency gain becomes particularly valuable in contexts where capital scarcity and developmental pressures create premium on maximising returns from energy investments.
For energy planners across Southeast Asia, the BRICS DCoE's operational model offers instructive lessons about collaborative infrastructure development. The centre's focus on combining knowledge exchange, professional training, joint project implementation, and technical cooperation establishes a comprehensive template for regional energy collaboration. Rather than competitive approaches or isolated national strategies, the DCoE model emphasises complementarity and mutual advantage. As Southeast Asian nations pursue increasingly ambitious renewable energy targets while managing grid stability and storage challenges, observing how BRICS coordinates solutions to similar problems could yield valuable insights for regional cooperation frameworks such as ASEAN energy initiatives.
The practical effects of this cooperation will likely manifest across multiple domains over coming years. Research partnerships examining next-generation battery technologies, grid integration methodologies, and demand-response systems will probably accelerate. Professional exchanges will expose engineers and planners in developing economies to peers grappling with identical challenges, facilitating informal knowledge transfer beyond formal training. Manufacturing cooperation may emerge around energy storage components as nations seek to build domestic supply chains. Standards harmonisation could reduce barriers to equipment compatibility across borders. These tangible outcomes will determine whether the DCoE becomes a substantive platform for transformation or remains an institutional placeholder. Initial commitment from high-level officials suggests serious intent, though implementation will ultimately determine impact.
