Top 10 Platforms Tokenizing Electricity In 2026
Electricity has always been one of the most important commodities in the global economy, but buying, selling and financing power has traditionally depended on centralized infrastructure, complicated contracts and layers of intermediaries. Blockchain is beginning to change that equation.
A growing group of platforms is experimenting with ways to represent electricity, energy production, storage capacity, power purchase agreements and related environmental attributes as digital assets. The idea is not simply to put electricity on a blockchain for the sake of it. Instead, tokenization can make energy easier to track, finance, trade and settle while creating new opportunities for investors and energy producers.
The market is still relatively young, and not every project uses the word “tokenization” in exactly the same way. Some tokenize actual units of electricity, while others put the financial rights to energy infrastructure or future electricity revenues on-chain. Here are ten platforms helping push that broader energy-tokenization movement forward.
KiloWatt
KiloWatt is taking one of the most direct approaches to electricity tokenization by connecting digital tokens to physical energy generation and storage. The platform describes its tokens as digital representations of measurable energy, with issuance linked to power-plant battery capacity and actual electricity production.
That distinction is important because it attempts to anchor the digital asset to something that can be measured in the physical world. Instead of creating a token whose value exists only within a blockchain ecosystem, KiloWatt is building around electricity generation, storage and infrastructure.
The model could eventually give energy producers another way to represent the value of their output while giving digital-asset users exposure to physical energy resources. KiloWatt is still developing its broader commercial offering, but its approach illustrates how electricity itself can become a blockchain-recorded asset.
FTG Energy
FTG Energy is going even further by designing a token around stored electricity. Its FTG Token represents 10 kWh of stored electricity within its Strategic Energy Vault network, with the company describing the asset as a digital commodity rather than a cryptocurrency.
The underlying idea is fairly straightforward. Electricity is measured and stored, the corresponding quantity is represented digitally, and the token can then be used within an energy marketplace. When the electricity is eventually dispatched and sold, FTG says the resulting revenue contributes to a yield pool for token holders.
The company also says its system is source-agnostic, meaning the model is designed around measured electricity rather than restricting the token to one particular generation technology. In June 2026, FTG said it had received a second U.S. patent covering its energy-tokenization technology, adding to the patent it received in 2024.
Enerdex
Enerdex is building an energy marketplace around the XRP Ledger, with tokenized energy assets and blockchain-based settlement at the center of its model. Its infrastructure is designed to connect energy trading with digital settlement, allowing verified stored energy to be represented through its EDX token.
The platform’s process begins with users connecting certified solar-energy storage systems. Enerdex says it verifies available surplus energy before registering it on-chain and converting the verified energy into EDX, which can subsequently be held, exchanged or traded through its marketplace.
That makes Enerdex particularly interesting because it combines energy storage with tokenization rather than focusing solely on electricity generation. As battery storage becomes increasingly important to modern power markets, the ability to represent stored energy digitally could become a significant part of the wider tokenized-energy economy.
Wattlet
Wattlet is approaching electricity as an asset that can move through a blockchain-based financial system. The platform describes its model as “Electricity-as-Asset” and supports payments for charging through its KWT asset.
Its work has also attracted attention through its relationship with Tellus Power. In September 2025, Tellus Power announced a blockchain initiative with Wattlet focused on bringing electricity on-chain. The company described Wattlet as an energy-as-an-asset wallet and blockchain-native trading platform designed to tokenize electricity at the unit level.
The concept is particularly relevant to electric-vehicle infrastructure. Instead of treating charging simply as a conventional payment transaction, tokenization can create a digital representation of the underlying energy and potentially make that energy easier to transfer, account for and trade.
DayFi
DayFi is taking a slightly different route by bringing decentralized energy finance on-chain. Rather than simply turning individual kilowatt-hours into tokens, the platform is focused on financing distributed energy infrastructure and transforming electricity-related contracts into blockchain-native financial assets.
DayFi says every power purchase agreement can be tokenized when it is signed. Its model then uses capital pools to fund energy infrastructure, while its GRID asset represents a diversified pool of receivables generated by distributed power plants.
This approach could prove especially useful for the financing side of the energy transition. Building solar installations and other distributed power assets requires substantial upfront capital. By putting contractual energy cash flows on-chain, platforms such as DayFi are attempting to connect global digital capital with physical power projects.
Arkreen
Arkreen sits at the intersection of decentralized physical infrastructure, renewable energy and real-world assets. Its model has increasingly moved beyond simply tracking green-energy activity toward tokenizing the economic value generated by operating renewable infrastructure.
In January 2026, Arkreen announced its Power Yield initiative, describing it as an on-chain tokenization of operating solar-power capacity. The project is designed to connect electricity cash flows from real solar infrastructure with stable, on-chain distributions while making the underlying assets part of Arkreen’s broader DePIN network.
That makes Arkreen notable because it brings two major crypto trends together. DePIN provides the physical infrastructure component, while RWA tokenization provides a mechanism for representing the economic value produced by that infrastructure. The result is a model where solar assets can become digitally accessible while still being tied to real-world electricity generation.
GETenergy
GETenergy has built a digital renewable-electricity marketplace around distributed-ledger technology. The platform says it aggregates renewable electricity supply and demand, digitizes the relevant transactions and automatically settles them through its digital ledger infrastructure.
Its model is focused heavily on the commercial electricity market. GETenergy acquires renewable electricity from generators through direct power purchase agreements before tokenizing that energy on its platform and selling it to electricity suppliers or directly to consumers.
The significance of this model lies in its attempt to bring blockchain into the existing energy supply chain rather than creating a completely separate market. If successful, tokenization could make renewable electricity transactions more transparent while reducing some of the administrative friction associated with conventional power contracts.
Amperyn
Amperyn is using blockchain as part of a broader system for managing localized energy networks. Its STELLAR GRID platform connects microgrids and distributed energy resources, using tokenization, smart contracts and automated energy management to coordinate electricity supply and demand.
The company envisions localized energy systems being able to participate in peer-to-peer and market-based trading without relying entirely on traditional intermediaries. Its architecture also incorporates smart-meter connectivity, real-time monitoring and AI-based forecasting.
Amperyn’s approach demonstrates another important side of electricity tokenization. The opportunity is not necessarily limited to creating a tradable token. Blockchain can also provide the accounting and settlement layer that allows energy produced by homes, businesses and distributed assets to participate in more flexible local markets.
ANER-G
ANER-G is working toward what it calls “programmable energy,” where electricity generated by individual citizens can be represented through tokenization and recorded on a blockchain.
The company’s broader vision involves blockchain-based platforms that connect smart devices with utilities, helping monitor, predict and influence energy demand and supply. This puts tokenization inside a much larger effort to make electricity systems more responsive and digitally coordinated.
That could become increasingly relevant as rooftop solar, batteries, electric vehicles and other distributed energy resources become more common. A grid containing millions of small producers needs better ways to identify, measure and coordinate those resources. Tokenization offers one possible mechanism for giving each unit of activity a verifiable digital identity.
Energy Web
Energy Web has been one of the better-known blockchain projects focused on the energy industry, although its current work is broader than simply tokenizing electricity. Its infrastructure is designed to provide digital identity, data exchange, verification and settlement capabilities for energy and environmental markets.
The Energy Web ecosystem also includes Energy Web X and its Verified Compute Cloud. The latter can verify claims involving renewable electricity, including whether a kilowatt-hour of renewable generation was matched with a corresponding unit of consumption on an hourly and locational basis.
Energy Web’s EWT token is used for network functions including staking, governance and fees, but it is important to distinguish that token from the physical electricity and environmental assets being represented or verified through applications built on the infrastructure.
That infrastructure-first approach could prove valuable as energy tokenization matures. Before electricity can be reliably traded as a digital asset, markets need trustworthy ways to verify where the energy came from, how much was produced and whether the underlying claim has already been used elsewhere.
The Next Stage of Electricity Tokenization
The emergence of these platforms points to a broader change in how electricity could be treated in digital markets. Tokenization is moving beyond the simple idea of putting a cryptocurrency around an energy project. Developers are experimenting with tokens representing measured electricity, stored power, renewable-energy production, power purchase agreements and future energy cash flows.
The biggest challenge, however, remains the connection between the blockchain and the physical grid. A token can be transferred instantly, but the electricity behind it still has to be generated, measured, stored, transmitted and delivered. Smart meters, verified data feeds, legal contracts and regulatory frameworks therefore matter just as much as the blockchain itself.
If those pieces continue to develop together, electricity could become one of the more interesting real-world assets to enter the tokenization market. For energy producers, the technology could open new financing and trading channels. For investors, it could create new forms of exposure to physical infrastructure. And for consumers, it could eventually make electricity markets more transparent and flexible.
The sector is still in its early stages, but platforms such as KiloWatt, FTG Energy, Enerdex, Wattlet, DayFi, Arkreen, GETenergy, Amperyn, ANER-G and Energy Web show that the idea of putting electricity and its economic value on-chain is already moving from theory toward practical experimentation.
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About The Author
Alisa, a dedicated journalist at the MPost, specializes in crypto, AI, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.
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Alisa, a dedicated journalist at the MPost, specializes in crypto, AI, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.
