Important updates from I-RECs market: I-RECs scheme exit from Chinese market
OSLO, 16th September 2024,
OSLO, 16th September 2024,
Asia-Pacific ranks as the second-largest market in terms of I-REC issuance and redemption, with China being the largest player in the region. In 2023, more than 47 TWh IRECs were redeemed in Chinese market.
On September 13, the I-RECs foundation has decided that the I-REC scheme will exit the Chinese market. According to the organization:
Please find below link regarding the transition phase operating principle announced by IRECs foundation: https://www.trackingstandard.org/china-introduces-new-eac-policy/
This decision follows the “Renewable Energy Green Electricity Certificate (GEC) Issuance and Trading Rules” announced by China’s National Energy Administration on GECs policy:
The prices of GECs vary depending on factors such as the project type, technology, and vintage year, ranging from over 1 EUR to below 0.1 EUR per MWh. In Sep. Daily settlement prices show GECs are priced around 0.7-0.8 EUR per MWh.
Below graph shows the daily avg. prices of GECs in Sep.
GECs Daily Average Transaction Price (Yuan). Dates ranging from 2024-09-06 to 2024-09-13
In the first half of 2024, a total of 188 million certificates representing 188 TWh of electricity were issued across all I-REC(E) markets, marking a 17% growth compared to the volumes issued in Q1 and Q2 of 2023. Brazil, China, and Chile emerged as the largest markets for I-RECs in 2024. Additionally, redemptions surged by an impressive 58%, growing from 102 million in the first six months of 2023 to 162 million in 2024.
There are significant discrepancies across various I-REC markets, ranging from highly oversupplied countries to high-priced markets. For example, observed from GreenPowerHub recent trades, India trades at 0.6 USD and Thailand at 0.85 USD, while countries with more balanced supply-demand dynamics, such as Mexico, trade at around 4 EUR and Sri Lanka at approximately 2.45 USD.
Below graph shows top countries by I-RECs redemption.