Academic

Research & writing.

01Scope

What I work on.

Research at the seam between power systems and software, done alongside the Department of Computer Engineering and Artificial Intelligence at the University of the Thai Chamber of Commerce. Mostly one question: whether an on-chain settlement layer can carry peer-to-peer energy trading on a real low-voltage grid, and what it costs when you measure instead of assume.

02Areas

Research interests.

Peer-to-peer energy settlement

On-chain settlement for surplus rooftop-solar generation traded between prosumers: market clearing rules, the accounting identities that have to close, and whether the design earns its complexity against a conventional clearing house.

P2P tradingmarket clearingsettlement

03Output

Publications & talks.

2026

Conference paperUnder review

Implementation of Peer-to-Peer Energy Trading via Solana Smart Contracts Permissioned Environment

Chanthawat Kiriyadee, Suwannee Adsavakulchai

18th ASEAN-UEC Workshop on Informatics and Engineering, University of Electro-Communications

An on-chain settlement layer for peer-to-peer energy trading, built as six Anchor programs on a permissioned Solana runtime. Routing every high-frequency write to a per-entity PDA lets transactions with disjoint write sets clear in parallel under Sealevel; a continuous double auction handles real-time trades while a uniform-price auction settles aggregated prosumer bids over fifteen-minute epochs. Evaluated over a simulated community-month on the CINELDI 80-bus low-voltage feeder, with the full mint–settle–burn token life-cycle re-derived and audited from on-chain state.

PDF

04Contact

Collaboration.

Open to collaboration on distributed energy systems and on-chain market design — particularly where a measured plant or a running validator can check the claim. The code behind the settlement work lives on the projects page.

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