The Hellenic Association of Photovoltaic Companies (Helapco) says that new figures reveal that the photo voltaic sector in Greece is rising sooner than anticipated and will attain the nation’s 2030 goal of 13.5 GW by 2026. In finish of the 12 months, its cumulative PV capability could exceed 9.2 GW.
The current Solarplaza Summit Greece occasion in Athens highlighted the expansion of the PV market in Greece.
Stelios Psomas – coverage officer of Helapco, a Greek commerce group – says that Greece put in 920.6 MW of recent PV capability within the first half of this 12 months. According to him, about 580.1 MW are utility tasks which can be bigger than 1 MW, 281.9 MW are industrial and industrial tasks, and 58.6 MW are residential tasks.
However, Psomas spoke pv journal that the newly put in PV capability in Greece for the 12 months is estimated at 1.5 GW, based mostly on Helapco knowledge, though this determine has not been formally revealed.
In comparability, the nation is put in 1.59 GW of photo voltaic capability by 2023.
PV tasks in Greece obtain funds in several methods. In current years, one of many best-performing segments has been small photo voltaic tasks, as much as 500 kW or as much as 1 MW for neighborhood vitality photo voltaic parks and particular tasks farmers.
These tasks have secured state contracts till May 31, topic to steady feed-in tariffs. After that date, builders should take part within the competitors auctions to acquire contracts at market-driven costs.
Psomas mentioned Helapco expects 500 MW of this market section to be linked to the grid this 12 months. However, the Greek distribution grid operator has been gradual to attach these tasks – a well-documented difficulty.
“We count on that extra tasks on this class than 500 MW shall be put in this 12 months,” defined Psomas. “However, because of the grid operator’s delay in connecting the tasks to the distribution grid, many of those PV parks shall be electrified subsequent 12 months. So, we’ll see this market section including new capability to the grid by 2025, too.
Net metering is one other cost scheme that helps new PV techniques in Greece. Helapco mentioned it expects web metering so as to add about 100 MW of recent PV capability by 2024. Last 12 months, the Greek net-metering scheme added 257.1 MW, marking the most important improve in installations since its launch a decade in the past.
However, the 5106/2024 Greek legislation, accepted by the parliament in late April, closed the net-metering scheme, and the federal government stopped accepting purposes after May 15. The self-consumption half the PV market is predicted to develop based mostly on the net-billing scheme as a substitute.
Psomas additionally famous that many newly put in PV techniques are sponsored services that promote the generated energy on to the Greek electrical energy markets or serve non-public energy buy agreements. (PPAs).
Looking forward, the brand new Greece draft of the National Energy and Climate Plan (NECP) targets 13.5 GW of put in photo voltaic capability by 2030. However, Helapco mentioned it expects the Greek PV market to achieve this degree of capability by 2026.
“At the tip of this 12 months, we see a cumulative put in PV capability of 9.2 GW, which can improve to 11.5 GW in 2025 and about 13.5 GW in 2026,” mentioned Psomas. “These calculations are based mostly on the PV panel and different orders of photo voltaic park elements which have already been made by our affiliation members.”
In 2030, Helapco mentioned it expects the full put in PV capability in Greece to achieve between 19 GW and 21.1 GW.
“In 2023, Greece ranks first in Europe by way of the proportion of home electrical energy produced by photovoltaics, with a proportion that’s greater than double the European common (8.6%) and greater than 3 times the worldwide common (5.4%),” mentioned Psomas. “We count on a share of ~24% by 2024.”
By 2023, Greece will generate 57% of its electrical energy from renewables, together with giant hydropower vegetation. Psomas argued that the nation will obtain 100% inexperienced vitality sufficiency by 2030. He added that if politicians say that this objective can’t be achieved by 2030, it ought to be clear that something much less of 100% renewables-powered grid in 2035 shouldn’t be acceptable.
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