Excellent turn key solar power parks services from Photon Mills: Amid global energy market challenges, notably those arising from the Russian invasion of Ukraine, the European Commission has initiated the REPowerEU plan. This initiative aims to bolster EU states’ energy savings, clean energy production, and supply diversification. Romania is set to benefit significantly from REPowerEU, with an allocation of 1.4 billion Euros to hasten the green transition and foster renewable energy investments. By 2030, the country aspires to generate 30% of its electricity from green sources. See even more details on Romania solar power stations contractor and discover the great investment opportunities in Romania’s solar power market.
Invest in ready to build turn key solar power stations in the European Union! Photon Mills is offering solar power stations in the sunny south of Romania. It includes land, permits and grid connections. Start of electricity production one month after start of construction. Start of electricity production one (25 MW photovoltaic power station) or two months (290 MW photovoltaic power plant) after the start of construction.
Photon Mills offers a wide range of services throughout a project’s life cycle: from production and site design optimization to operations and maintenance. Our refined services and processes provide an exceptional experience and enough flexibility to customize your solar project. We provide complete solar energy solutions and deliver high-quality, cutting-edge solar projects on time and on budget. Photon Mills, powered by industry leading experts, top engineers and marketing representatives has been trusted to build many solar projects in Romania.
Photon Mills is an expert in the development, planning and turnkey construction of solar parks. We are passionate about realising solar projects in Romania and manage the entire process from planning to commissioning of the plant. Our expertise ranges from site selection and technical implementation to the operational management of the PV plants. The maximum return on your investment and the continuous guarantee of high yields are always our focus.
The year 2023 saw an addition of 55.9 GW of new solar capacity, effectively enabling nearly 17 million more European households to utilize solar energy. This expansion nearly achieved the 60 GW annual installation target posited by the International Energy Agency (IEA) to counterbalance the phasing out of Russian gas imports. Despite these record-breaking installations, SolarPower Europe emphasizes that the current pace of solar adoption needs to accelerate to meet the 70 GW annual average installation rate required to achieve the EU’s 2030 solar energy targets. Walburga Hemetsberger, CEO of SolarPower Europe, underscores the critical need for continued policy support and action, cautioning against complacency as the decade progresses. Find additional details on https://photonmills.com/.
The renewable energy market consists of establishments primarily operating renewable electric power generation facilities. Power generation can come from a variety of sources, including solar energy, wind energy, small hydro, bioenergy, geothermal and marine. The electrical energy generated in these establishments is provided to electric power transmission systems or to electric power distribution systems. In the current energy mix of Romania, hydropower accounts for more than a third of the country’s electricity production, followed by coal (18.1%), wind power (15.9%), fossil fuels (15.1%), nuclear power (7.5%), solar energy (7.5%), and biomass related (0.8%).
With the ESG standard from Photon Mills, your solar park becomes an eligible green investment. To achieve this, environmental, social and governance standards must be met throughout the entire value chain. So decide early on in the process whether your ground-mounted photovoltaic systems should be audited according to the Photon Mills ESG standard and thus become an eligible green investment. Benefit from maximum yields thanks to our long-standing experience in planning solar systems.
