Real-Time Power Monitoring
AGV integrates electricity generation, compute utilization, and orchard yield into a verifiable on-chain minting system — audited, data-driven, and physically anchored.
Power-to-Mint Logic
AGV uses energy output data — collected via industrial-grade IoT and verified via the XinySolar Cloud platform — to determine GVT token issuance.
Key elements
Timestamped logs, hashed receipts, and API-synced dashboards ensure every minted token maps to monetized, physical energy output.
Real-time power logs in kWh
Region-based feed-in tariffs
External audit reports on energy sale
Smart contract logic for mint-rate adjustment
Infrastructure-Powered Token Economy
Monetizing Green Output
We created an infrastructure-backed model where each kilowatt-hour of green energy triggers token minting. Using real-time data from IoT sensors and verified platforms like XinySolar, we ensure that token issuance directly reflects monetized, traceable energy output.
From Energy to Intelligence
Our solar units host edge compute nodes for AI tasks and blockchain services. By partnering with firms like Zhonglian and Softtone, we turn surplus power into revenue from data processing, cloud workloads, and RPC node operations — all trackable and tokenized.
Real Ownership, Real Yield
Users can adopt real-world apple trees as NFTs. Each adoption links to GPS data, orchard records, and yield forecasts. Participants receive both fruit and GVT token rewards — bridging visible agricultural value with programmable financial returns.
Empowering Industrial-Scale Green Compute
At AgriVolt Protocol (AGV), we are structuring a groundbreaking infrastructure vehicle integrating solar energy, sustainable agriculture, and distributed compute. Backed by national green policies and scalable land assets, our platform facilitates industrial-grade deployment of edge computing and storage, anchored in real-world agricultural land.
In collaboration with Zhongshang Puhui Holdings, we are jointly initiating a Compute-Integrated AgriVolt Platform Company, with a blueprint to roll out 150 MW compute, 300 MW/3h storage, and 100+ solar-agriculture units. This initiative enables cross-border institutional entry points into tokenized real-world infrastructure — with transparent revenue logic, replicable unit economics, and long-term ESG alignment.
By converting surplus solar energy into monetizable compute and on-chain yield, AGV is reshaping how energy, data, and capital converge. Join us to co-build the future of “land → power → compute → yield.”
How do you go from orchards and solar panels to compute and token trading? Is that path credible?
Each kilowatt-hour is tied to verifiable on-chain data, forming a transparent yield curve. Edge compute converts this energy into quantifiable services — with demand from partners like Alibaba, Tencent, Li Auto, and ByteDance. The resulting value flows into tradable tokens, completing the asset-value loop.
Are your data sources self-reported? How can you guarantee no tampering with energy or revenue data?
All core data is captured via industrial-grade IoT and hashed on-chain every 24 hours via decentralized oracles. The process is fully automated, auditable, and traceable — with zero manual intervention.
Isn’t “Power-to-Mint” just a fancy way of minting tokens at will? Who validates the issuance?
The minting logic combines actual power output with regional tariff models. Every token issuance is anchored to on-chain energy proof. We’re integrating third-party oracles for regular sync and independent validation.
AGV turns every ray of sunlight and every data point from the orchard into verifiable, real-world income. By connecting power generation to compute usage and token flow, our protocol enables transparent, real-time dashboards for both retail and institutional investors. See the infrastructure. Track the yield. Trust the chain.