SunByte price

SUNBT

SunByte (SUNBT) is a green cryptocurrency developed by Berkarya Tech, designed to integrate blockchain technology with sustainable energy infrastructure. The project focuses on decentralizing the electric vehicle (EV) energy ecosystem and empowering participants within the renewable energy value chain through peer-to-peer (P2P) energy trading, tokenized microtransactions, and blockchain-secured data.

The global energy landscape is transitioning towards decarbonization, with emphasis on renewable energy and electric mobility. Despite increasing solar and wind power deployment, financing gaps persist, and global power sector emissions remain a concern. SunByte addresses these by leveraging blockchain to support the expansion of clean energy ecosystems, including EV infrastructure, smart energy grids, and green asset tokenization.

SunByte aims to tokenize the promise of a greener future. It seeks to incentivize investments in renewable and energy-efficient technologies, facilitate transparent and traceable carbon impact, support green infrastructure such as EV charging networks, and empower users to contribute to climate goals while gaining digital utility. The project is positioned within the Regenerative Finance (ReFi) paradigm, retooling financial mechanisms to support the regeneration of natural systems.

Unlike cryptocurrencies driven purely by speculative trading, SunByte is embedded in real-world energy flows. It enables vehicle-to-grid (V2G) transactions, manages digital carbon offset registries, and facilitates renewable energy microgrids. The platform utilizes an open, permissionless infrastructure for climate impact, allowing users and institutions to track carbon credits and renewable energy usage in real-time, tokenize green behaviors like EV charging and rooftop solar production, and participate in decentralized incentive mechanisms that reward sustainable actions.

Current energy infrastructure faces challenges such as grid congestion, technological silos, and a lack of incentives for private investment in distributed energy resources. Centralized control of EV energy data often leads to opacity and data trustworthiness concerns. SunByte addresses these by providing a blockchain-secured, auditable ledger for every unit of energy exchanged. This infrastructure enables P2P energy trading among EV owners, directs SunBT tokens to fund EV charging networks and decentralized renewable systems, supports energy traceability and carbon impact through blockchain's immutability, and facilitates carbon credit tokenization to reward sustainable behavior.

SunByte’s architecture is EVM-compatible, supporting multi-chain interoperability, beginning with the BNB Smart Chain (BSC). It integrates smart meter oracles for real-time data verification on-chain and uses IPFS-based storage for immutable records of emissions, usage logs, and payments. The project also encourages third-party DApps for fleet management, emission tracking, and community energy pools.

To ensure credibility and measurable impact, SunByte incorporates a robust sustainability framework. Key metrics include CO₂ offset per token minted, kilowatt-hour (kWh) of clean energy attributed, and EV charging sessions tracked via blockchain. On-chain sustainability audits, verified by decentralized oracle systems, ensure the transparency and immutability of all impact claims. An Annual Sustainability Impact Report, verified by independent climate auditors and distributed as an NFT, will provide detailed breakdowns of environmental progress.

SunByte (SUNBT) operates as a Utility & Infrastructure Token with a total supply of 1,000,000,000 SUNBT. It utilizes a Proof of Stake (PoS) consensus mechanism. Its primary utility includes micropayments, P2P energy trading, and governance. The project plans future green collateralization through Renewable Energy Certificates (RECs) and carbon credits. Token utility is aligned with network health, allowing users to earn tokens by providing solar EV charging and spending them on charging services, creating inherent demand. Stakeholders contributing charging capacity or green energy can stake to earn, and dynamic fee rebates are offered for low-carbon users. The token also enables decentralized governance of protocol upgrades and Treasury allocation.

SunByte is strategically positioned to capitalize on the growth of the EV market and the blockchain in energy sector, particularly in the Asia-Pacific region. In Indonesia, the project aligns with Presidential Regulation No. 55/2019, which mandates EV adoption and the establishment of a national battery ecosystem. SunByte aims to support real-world EV charging deployment and payments, offer tokenized incentives for EV users and clean energy adopters, and provide carbon tracking and rewards for green behaviors, thereby contributing to the nation's clean energy goals.