Power Ledger Report Suggest Its P2P Energy Trial is Ready for a Real-World Use
Power Ledger, a blockchain startup focusing on energy conservation through blockchain and based out of Australia, recently concluded its trial run for a blockchain P2P project for solar energy trading and released a report for the same suggesting the trail was a success.
The study also revealed that the trial run has the technical feasibility to launch on a large scale for real-world use.
The trial run was initiated in December 2018 and was concluded in January this year under the RENeW Nexus Project (An Australian not-for-profit organization). The trial made use of Power Ledger's blockchain technology to trace the transaction for rooftop solar energy traded among households.
The peer-to-peer solar energy trading was partly funded by the Government of Australia, which surveyed 48 households in Fremantle, Western Australia. The outcome of the trial run found Ledger's p2p energy trading reduced the cost of energy consumption. Jemma Green, chairman of Power Ledger, commented on the newly released report and said:
“Power Ledger has demonstrated how peer-to-peer energy trading can incentivize the right outcomes for the grid in a more cost-effective way.”
Blockchain Can Offer Stable Power Grids for Lower Costs
Power Ledger, in association with Curtin and Murdoch Universities, published another report last month detailing the findings of the P2P trial run. The study concluded that the use of blockchain for P2P energy trading helps local energy markets to keep the power grid stable and offer electricity at a lower price.
The P2P energy trial run includes a study of distributed Virtual Power Plant (VPP), a microgrid with 650 kWh battery powering homes for the East Village development in Fremantle, a sustainable development project featuring green homes that only run on clean and green energy. An excerpt from the report:
“Participants had a positive view of P2P energy trading and could see its benefits but stated that changes to the tariff structure would be required to make it attractive.”