In the long run, when free trading renewable energy market is over 50% of total electricity market, renewable energy market should have a self-balancing mechanism to keep the power system stable. How to ensure the free trading renewable energy market to balance its own generation and consumption or even to reallocate the extra-investment for stabilizing renewable energy market will be a crucial issue for renewable energy market development and power system stable.

GoNetZero has utilised blockchain technology to track granular issuance of RECs from a 6 MWp solar generation site, and successfully piloted hourly matching of power consumption with renewable energy for UBS in Singapore.

Temporal matching of offshore wind supply for 22 MW e-boiler for better steam production. EAC issuing body (CertiQ) works with FlexiDAO, the GC issuer, to avoid double counting.

Temporal matching of offshore wind supply for Microsoft’s data centre in Amsterdam.

Temporal matching of solar to better supply 100 GWh/a of University campus load from large offsite solar PV. Working with Australian regulators to ensure no double counting.

24/7 renewable electricity supply of 140 GWh/month for better retail customer supply with temporal matching enabled by GCs linked to the underlying EAC system.

Granular energy trading platform in Port of Amsterdam.

M-RETs issuing body is making GCs available across the M-RETs registry for all consumers. As EAC are not of regulated size in the US it’s easier to issue GCs instead of 1 MWh EACs than in the EU.

Consortium to establish GC framework and the first trading mechanisms and market price signals for GCs.

Temporal matching of wind and hydro supply for Microsoft data centres in Sweden via Vattenfall hourly matching platform.

Blockchain-powered temporal matching of Solar PV with University Building. Electric Vehicle fleets blockchain-powered Charging and CO2 Emissions tracking with Real-time Autonomy management and route optimization.