As Nandan Nilekani proposed the idea of energy evolving into the “next UPI”, many analysts zeroed in on the exciting potential of peer-to-peer electricity trading. Imagine households equipped with rooftop solar panels, batteries, and electric vehicles effortlessly buying and selling electricity, just like transferring money via a smartphone. However, the narrative extends beyond mere electricity trading.

The broader question is whether India can establish an economic framework that empowers millions of citizens to engage directly in financing and reaping the benefits of the energy transition. If UPI revolutionised the movement of value, a digital energy ecosystem could redefine the very creation of value itself.

The moment is crucial. Despite some recent advancements, India’s electricity sector grapples with deep-rooted issues. In FY2024-25, the total technical and commercial losses reached 15.04%. Distribution companies are burdened with staggering accumulated losses of ₹6.47 lakh crore and debts amounting to ₹7.26 lakh crore. At the same time, the nation is channelling over ₹3 lakh crore into the Revamped Distribution Sector Scheme, which includes the installation of nearly 19.6 crore smart meters and significant upgrades to the network.

However, these investments only scratch the surface of a much broader challenge. India needs to concurrently boost renewable energy production, upgrade transmission systems, implement energy storage solutions, electrify transportation, enhance climate resilience, and guarantee universal access to dependable energy. The financial resources needed will reach trillions of rupees in the coming decades. On a global scale, the energy transition is still vastly underfunded compared to the investments necessary to achieve climate objectives.

The conventional response is straightforward: governments spend, utilities borrow, investors invest, and consumers pay. However, this model faces a fundamental limitation. Modern fiat monetary systems create most purchasing power through the expansion of bank credit. New money typically enters the economy when governments, businesses, or households assume debt.

Consequently, initiatives that offer clear financial gains tend to secure funding more readily than those whose advantages are social, environmental, or long-term in nature. While clean air, climate resilience, community energy security, reduced emissions, and social inclusion create immense value, markets frequently fail to recognise and reward them appropriately.

This disconnect helps explain why societies consistently acknowledge the urgency of sustainable development while repeatedly falling short of mobilising sufficient resources to fund it.

The issue extends beyond mere finances; it is deeply rooted in institutional frameworks. The global economy excels at assigning value to financial assets but falls short in appreciating the worth derived from safeguarding natural capital and utilising resources effectively. Additionally, economic cycles influenced by credit fluctuations can lead to instability, resulting in investments in socially beneficial initiatives being swayed by financial trends rather than the actual needs of society.

Decentralised renewable energy presents a promising path ahead. A solar panel on your roof transcends being just a source of electricity; it transforms into a valuable asset. A battery that delivers power during peak times provides a service that holds significant economic worth. When a household curtails its energy use during times of scarcity, it contributes to grid stability. Moreover, a community microgrid enhances local resilience and diminishes reliance on centralised systems.

For the very first time, countless individuals have the opportunity to directly possess energy-generating assets. The key challenge lies in accurately measuring, verifying, and rewarding the value they contribute. This is where drawing a parallel with UPI proves beneficial. UPI didn’t introduce a new currency; rather, it established a reliable framework that facilitates the efficient movement of monetary value.

The implementation of common standards, digital identities, interoperability, and affordable settlement processes has enabled participation on an unprecedented scale. The energy sector requires a similar foundational structure. Smart meters, digital identities, interoperable platforms, and secure settlement systems could empower distributed energy resources to engage with the grid in real time. Households could receive rewards not just for generating electricity but also for storing it, conserving it, or making it accessible during peak demand periods.

India is actively laying the groundwork for this transformation through its modernisation efforts in the distribution sector. Global experiments indicate that this idea holds promise.

Peer-to-peer energy trading has been trialled using swarm-grid models in Bangladesh. South Africa’s SunExchange has pioneered distributed financing for solar projects. Initiatives like NRGcoin, EnergyCoin, and various energy-linked exchange systems have investigated ways to incentivise renewable energy production, energy conservation, and demand-side flexibility. However, the most significant takeaway is not merely about operational efficiency; it centres on fostering equitable growth.

In traditional economic systems, the ability to create wealth is significantly shaped by access to credit, financial resources, and collateral. Families with the potential to be productive but lacking recognised financial assets often find themselves sidelined from investment opportunities. However, distributed energy transforms this dynamic. A household equipped with rooftop solar panels no longer requires a bank’s approval to produce electricity. When a community collaborates to manage energy storage, it generates tangible value. A village microgrid can bolster local businesses, agriculture, refrigeration, communication, and commerce. The critical question is whether these contributions should simply lower electricity costs or pave the way for more extensive economic engagement.

Investigations into energy-linked community exchange systems indicate that the latter option merits thoughtful exploration. Simulations conducted in three newly electrified communities in Cambodia revealed that the circulation of energy-linked credits alongside traditional currency led to a reduction in the cost of dependable electricity by at least 5%, an increase in incomes by at least 4%, and a decrease in carbon emissions by at least 6%. In certain scenarios, income growth surpassed 30% while still preserving environmental advantages.

The implications of these findings reach far beyond mere electrification. They indicate that energy has the potential to evolve into something greater than just a commodity. It can serve as a powerful tool for communities to generate, preserve, and exchange value within their localities.

This does not suggest that we should replace the rupee or introduce a new national currency. Instead, it highlights innovative approaches that acknowledge valuable contributions to the energy landscape. Energy-linked credits could be used to purchase electricity, traded for local products and services, or invested in community projects, thus enabling local economies to harness a larger portion of the value created by the energy transition.

This strategy could enhance current climate financing methods. Rather than depending solely on taxes, subsidies, loans, or outside investments, communities could cultivate some of the resources necessary for growth by generating, storing, and utilising clean energy more effectively.

India ought to expand its vision beyond merely facilitating electricity trade. The forthcoming phase should embrace thoughtfully crafted regulatory environments that explore peer-to-peer settlements, incentivise demand response, foster community energy exchanges, integrate electric vehicles and home batteries, and implement systems that recognise verified energy contributions, thereby unlocking wider economic advantages.

The effectiveness of these initiatives should not be gauged solely by the quantity of electricity exchanged. Decision-makers must also assess shifts in household income, the affordability of reliable energy, local economic dynamics, infrastructure efficiency, distribution losses, emissions, and the resilience of communities.

The overarching policy inquiry is straightforward. When a household produces renewable energy, stores electricity for later use, or aids in stabilizing the grid during times of shortage, that household generates tangible value. Should this value always be absorbed by current market frameworks, or can a portion of it stay within communities to bolster local businesses, promote sustainable development, and encourage inclusive growth?

UPI revolutionised the flow of value within the economy. A digital energy ecosystem has the potential to redefine who can generate it. If India designs this correctly, the lasting impact of “UPI for Energy” might not just be a more efficient electricity market. It could pave the way for a more inclusive economic framework where the energy transition finances itself, allowing millions of citizens to engage directly in wealth generation.

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