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The Government Office of Vietnam has recently issued Notice No. 356/TB-VPCP dated July 30, 2024, summarizing the conclusions of Deputy Prime Minister Tran Hong Ha on the formulation and promulgation of a decree stipulating incentive mechanisms and policies for self-production and self-development.     Formulate a decree to develop self-produced rooftop solar energy and ensure feasibility   The announcement confirms that the formulation of mechanisms and policies to encourage the development of self-produced rooftop solar energy is a very important policy to mobilize social resources to promote the development of renewable energy and meet the economic expectations of the people.   In order to speed up the advancement of the decree, ensure the quality, feasibility, applicability, and effectiveness when it is issued and implemented, absolutely leave no loopholes, do not exploit policy loopholes, and create an opportunity offer mechanism, Deputy Prime Minister Tran Hong Ha proposed that the Ministry of Industry and Trade improve the concept of "self-production and self-use" of rooftop solar energy; increase the proportion of electricity sales, and clarify the meaning of self-produced and self-used solar power generation. Among them, the power generation accounts for 90% of the total capacity, and the proportion sold to the national grid does not exceed 10%.   At the same time, according to the characteristics of each region, according to the actual power supply situation and power supply structure, formulate corresponding policies to encourage and mobilize solar power generation.   Based on this, we study and calculate reasonable and scientific bases, regulate the proportion of surplus electricity to the grid, allow the northern region to access the grid at a ratio of 20% of the total capacity; the central and southern regions can sell 10% of the total capacity to the grid. It is determined that the voltage capacity structure of solar rooftops in the northern region needs to be given priority over other regions (because the mobilization rate in the northern region is still low, and high loads can be mobilized at a higher rate).

According to Clean Energy Associates (CEA), a US clean energy consultancy, Europe imported about 33GW of solar PV modules from China in the first four months of 2024, accounting for 43% of China's total module exports.   Its PV Supply, Technology and Policy Report, Q2 2024, examines the market landscape of supply and policy in Europe and the United States, global silicon supply chain and technology trends.     Europe's import statistics coincide with CEA's observation that "European PV supply is shrinking as many long-term suppliers shut down production or file for bankruptcy because they cannot compete with imports."   Companies such as cell and module manufacturer Meyer Burger, Norwegian ingot producer NorSun and polysilicon producer REC have all suspended or abandoned European factories in the past 12 months due to unsustainable market conditions.   CEA also said that global module and cell production capacity will expand by more than 300GW each this year, in addition to about 600GW of new polysilicon capacity. Global capacity already far exceeds demand, and a January report by Bloomberg New Energy Finance (BNEF) said that no new solar capacity would be needed to meet global targets by the end of the decade.

Germany, Poland, the UK and Ireland's integrated electricity markets are the leading markets for co-location of renewable energy and battery storage systems in Europe. With the exception of Germany, these countries also have the most favorable policies and regulations, according to power market analysis company Aurora Energy.     In its European Renewable Energy Co-location Report, Aurora Energy looked at the potential for co-location in 12 European countries. In Germany, co-location offers attractive revenue stacking opportunities, low grid charges and mitigates significant risks of renewables competing with each other, while Poland has a strong subsidy environment including long-term capacity market contracts.   The UK is one of the most favorable markets due to favorable regulations, allowing co-location projects to access multiple markets and providing faster grid connection for co-located renewable energy projects. Ireland's integrated electricity market was rated high in the Aurora Energy study, with favorable legislation in this market promoting faster grid connection and mitigating the risk of power outages for renewable energy.   In terms of policies and regulations, a total of five countries were rated as the most favorable markets in the report. The Polish market offers long-term capacity market revenues and new cable aggregation regulations, while Hungary has introduced mandatory co-location measures for solar PV projects "above a certain size."

The European Union (EU) will fall far behind its ambitious energy transition goals for renewable energy, clean technology capabilities and domestic supply chain investments, according to Rystad Energy's research and analysis.     Several EU battery manufacturing companies are now shifting their interest to the United States, whose better tax credits and policies supporting renewable energy appear to have attracted some companies, making them look to the United States for better returns. A recent report by global energy think tank Rystad Energy pointed out this shift.   Rystad Energy's report pointed out that unlike China, the EU has invested less in its net zero goals. This could create obstacles to its clean energy goals, the report said. The EU plans to reduce emissions by 92% by 2040 and achieve net zero emissions by 2050.   However, the migration of EU battery manufacturers hints at another challenge that the industry will face. The report attributed the trend mainly to the tax credit benefits of the US Inflation Reduction Act (IRA).   “Some European battery manufacturers are looking across the ocean for greener soil, underscoring the need for competitive development conditions,” the Rystad report said. “For example, Norway-based FREYR Battery has moved its headquarters to the United States and set up a large factory in Georgia to take advantage of the tax benefits of the Inflation Reduction Act.”   It also added that “Volkswagen, after initially investing heavily in Northvolt, is now exploring opportunities in Canada to align with the Inflation Reduction Act and maximize tax credits, which is indicative of a broader trend in the manufacturing industry to take advantage of a favorable policy environment and sends a clear signal to policymakers.”

In the first quarter of 2024, Italy's installed PV capacity exceeded 1.7GW, a significant increase compared to the same period in 2023.     Among them, large-scale ground-mounted power stations saw the largest increase in installed capacity, up more than 373% from the first quarter of 2023. New large-scale ground-mounted power station PV installed capacity in the first three months of this year was 579MW, compared with 123MW in the same period of 2023.   This growth was driven by eight new projects, each of which was larger than 10MW, which came online during this period, adding 281MW of capacity.   Italia Solare, the Italian solar industry association, said that since October 2023, 622MW of these projects above 10MW have been connected to the grid, and grid connection has occurred every month.   In addition, growth in the residential sector also remained strong, with an installed capacity of 547MW, up 4% from 525MW in the fourth quarter of 2023. However, the government's "super bonus" incentive for residential power generation systems has ended, which is expected to reduce the adoption of new systems in the long run.   The commercial and industrial sector also grew significantly, more than doubling from 289MW in the first quarter of 2023 to 595MW in the first quarter of 2024.   Italia Solare said this was mainly due to the increase in the national single price (PUN) in the second half of 2023 and the general increase in energy costs, which boosted installations in the first quarter of 2024 due to the time required for commissioning, construction and grid connection that began last year.   The impressive first quarter data follows a similarly strong 2023 in Italy, which saw the highest new installations of large-scale solar in more than a decade. More than 5.3GW of new capacity was installed last year, compared to 2.4GW in 2022. Italy, photovoltaics are on the rise again!