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EnBW has actually started building and construction of 2 subsidy-free solar projects completing 300MW in Brandenburg, Germany. The two projects, 150MW each, lie simply under 40km away in the Markisch-Oderland district, in Alttrebbin and also Gottesgabe. EnBW anticipates building to take one year. An overall of 700,000 solar panels will be mounted in both parks. Over 40 business are associated with the building of the pair which will occur in parallel. Schletter Solar is supplying the substructure as well as Longi Solar the bifacial solar panels. EnBW has actually additionally acquired neighborhood companies from Brandenburg for access roads, cabling, garbage disposal, evaluating, building and construction website environmental monitoring, agricultural solutions and also other tasks. "By expanding solar energy, we can substantially advance the energy change," stated Thorsten Jorse, head of solar project development at EnBW. He stated that a yearly increase of a minimum of 10GW of solar energy is needed in order to attain the German target of creating 65% of all power from eco-friendly resources by 2030. "The two subsidy-free solar parks in Alttrebbin and also Gottesgabe will certainly make a significant payment to the power shift without any additional price to consumers in the form of the additional charge under the Renewable resource Resources Act," he added. EnBW is constructing its very own substations to attach the installations to the grid. They include 2 110kV below ground cable televisions that will certainly run to the Metzdorf Nord substation belonging to regional grid operator Edis on the B167 road linking Gottesgabe and Metzdorf.

EnBW has authorized a 63MW power acquisition arrangement with products maker Covestro for electrical power from the previous's 187MW Weesow-Willmersdorf in Germany. Under this contract the power gotten by Covestro will certainly be deployed at its German websites in Dormagen and also Krefeld-Uerdingen for 15 years from the get go of 2022. The business will make use of the renewable energy there mainly for the production of more lasting, mass-balanced plastics produced in a supposed drop-in procedure using different basic materials. These include mass-balanced polycarbonates and also mass-balanced thermoplastic polyurethanes. Polycarbonates are used in electronics items as well as auto headlights, to name a few points. While polycarbonate polyurethanes are utilized, for instance, in house products, ski boots and also industrial applications. The EnBW-operated Weesow-Willmersdorf solar farm features 465,000 solar panels and has actually been fully linked to the grid considering that March 2021. EnBW said that the website is presently the greatest of its kind in Germany and has been carried out with no aid under the German Renewable Resource Sources Act. This is the first PPA for the solar farm and also the very first PPA for solar power in Europe, the business included. Covestro chief technology policeman Klaus Schäfer said: "By sourcing solar power from EnBW's farm, we are highlighting our aspiration to play an introducing duty when driving to a climate-neutral future as well as once more sending a signal for the development of renewable resources in Germany. " The climate-neutral improvement of the sector requires huge quantities of renewable energies at worldwide competitive costs. " This allows us to additionally improve the sustainability of our manufacturing procedures and also to aid our consumers lower their carbon impact while preserving the very same top quality." EnBW chief operating police officer generation and trading Georg Stamatelopoulos said: "We have long serviced the principle that renewable energy can hold its own on the marketplace without aids. " PPAs are an important device for making subsidy-free generating properties readily viable. " They are additionally essential to the power transition, as they aid commercial customers achieve their climate targets rapidly and successfully. " We are delighted to be able to support Covestro's production with our solar power." Covestro has actually built up a portfolio of various PPAs in Germany, Belgium and also China given that 2019, EnBW claimed

EnBW has finished the 13MW Allmendingen solar farm in the Alb-Donau district of Germany. The system, which includes 28,860 PV modules, will certainly create approximately around 14m kWh annually. The Allmendingen solar park was taken into procedure for the first time in February 2023 and also is now making its payment to a climate-friendly energy supply. EnBW will certainly not only perform the technical management of the park, yet additionally cares for the issue of person participation. An inauguration party is planned for June 30. Project manager Lea Muller-Trauth said: "With the Allmendingen solar park, we can calculate an excellent 4000 households in an environmentally friendly way as well as avoid around 7300 tonnes of CO2 annually."

EnBW began building today on the biggest solar park to be integrated in Germany without public aids. The German utility did not hold a groundbreaking event for the project, however the main beginning signal has actually been offered. The 187 MW solar plant will certainly be improved 164 hectares of land in Weesow-Willmersdorf in Brandenburg, regarding 25 kilometers from Berlin. The plant's subsections will certainly be brought on the internet gradually, yet the project will certainly be completely functional this year, according to EnBW. The subsidy-free project will certainly be constructed under an internal power acquisition agreement, however EnBW has yet to disclose the information of the setup. The firm explained the project as a landmark for PV in Germany. "The harmony impacts as a result of the dimension of the plant as well as the more than 80% reduced expenses for photovoltaics in the past 10 years have actually added to this," stated Dirk Güsewell, head of generation profile advancement at EnBW. The firm began preparing the website in 2015. The utility has actually granted construction-related orders to greater than 40 business, a lot of which originate from the area-- beginning with website administration, website traffic safety and security, landscape design solutions, as well as garbage disposal. The building stage will certainly offer approximately 150 work. Also after appointing, a number of workers will certainly remain on website to look after repair and maintenance. The project will certainly include around 465,000 solar components. They will certainly be oriented to the south as well as will certainly be set up on underpinnings approximately an elevation of concerning 3 meters as well as an angle of 20 levels, EnBW claimed. The power will certainly be fed right into 3 110-kilovolt lines taken care of by Edis Netz GmbH. 2 brand-new substations will certainly be constructed west as well as southwest of the park in the instant location of the high-voltage lines. Furthermore, EnBW is presently laying a 7-kilometer cord path to the substation that will certainly be constructed in Blumberg area to the southwest. The 3rd link will certainly be made eventually afterwards. EnBW thinks an operating duration of 40 years for the PV plant.

EnBW Energie Baden-Wuerttemberg AG has begun construction on a 60.5-MW solar park in Gundelsheim, Germany, with plans to add wind and battery storage components. The solar array is expected to be operational by the first quarter of 2025 and will be part of the larger Gundelsheim Energy Park project.In addition to the solar park, EnBW plans to install two 5.6-MW wind turbines and a 2.25-MWh battery storage facility at the site. The company aims to submit the application for the wind turbines in the third quarter of 2024, with commissioning scheduled for the third quarter of 2027. The project is designed to take advantage of the city's ideal location for renewable energy development. What renewable energy components will EnBW add to the Gundelsheim Energy Park project? EnBW will add the following renewable energy components to the Gundelsheim Energy Park project: Wind turbines Solar panels Energy storage systems Hydroelectric power generation facilities Biomass power plants

means to complete the building and construction work within one year as well as commission both plants by the end of 2021.

advanced stages of advancement in the Eastern German state of Brandenburg to EnBW on 1 July, with an additional 400MW of early-stage projects possibly adhering

utility EnBW will build what is claimed to be Germany’s largest solar park without subsidy support, standing at 180MW in capacity in Brandenburg.

EnBW has actually begun procedures at an open-field solar farm with linked battery storage space system in the community of Brandscheid in Germany. The 7.6 MWp project makes use of 17,160 solar modules and also can supply around 8m kWh of electrical energy annually. The solar park's feed-in capacity right into the local circulation grid is limited to 5.5 MW. A 2.7 MW battery storage space system ensures that any kind of excess energy created can still be made use of. While the park is currently generating electrical power, EnBW strategies to seed the area beneath the modules to create comprehensive grassland. In addition, the company will grow various trees as well as shrubs and saplings on and also around the site. "The battery storage space system just makes use of the in your area created PV electricity and also feeds it into the grid as needed. On top of that, the battery storage system makes it feasible to feed all of the in your area produced energy into the grid despite the smaller sized grid connection," claimed Tobias Wirsching, Manager Battery System Solutions at EnBW.

EnBW Energie Baden-Wuerttemberg AG announced plans to construct a 100-MW/100-MWh battery storage facility at its site in Marbach, southern Germany. This system, capable of powering around 12,500 households for 24 hours, will connect to the local transmission network managed by TransnetBW GmbH. Construction is set to begin in 2025, with operations expected to start by the end of the year, making it EnBW's largest battery storage project to date.The facility will utilize lithium iron phosphate (LFP) batteries, which are free from cobalt. Additionally, EnBW is exploring more large-scale battery storage initiatives, as highlighted by the recent launch of an 87.6-MW solar park in Brandenburg. What are the benefits and goals of EnBW's new battery storage facility in Marbach? The new battery storage facility in Marbach, being developed by EnBW Energie Baden-Wuerttemberg AG, presents a number of significant benefits and goals that align with the company's vision of promoting renewable energy integration and sustainability. Below are some of the key points:   Benefits of the EnBW Battery Storage Facility in Marbach: Grid Stability: The facility will enhance grid stability by providing quick-response energy storage, ensuring a balance between energy supply and demand, especially during peak usage times. Support for Renewable Energy: By storing excess energy generated from renewable sources like solar and wind, the battery facility will help mitigate the intermittency associated with renewable energy, allowing for a smoother integration into the grid. Carbon Footprint Reduction: Utilizing lithium iron phosphate (LFP) batteries, which avoid cobalt use, aligns with EnBW's commitment to sustainable practices and reducing the carbon footprint of energy storage solutions. Energy Cost Savings: The capability of discharging stored energy during peak demand hours can lead to reduced energy costs for consumers by lessening reliance on more expensive fossil fuel-based energy generation. Economic Development: The construction and operation of the facility are expected to create local jobs, contribute to economic growth in southern Germany, and strengthen the region's position in renewable energy innovation. Enhanced Energy Independence: By increasing the availability of stored renewable energy, the facility will help Germany reduce its dependence on imported fossil fuels, contributing to energy autonomy. Technological Advancement: The facility serves as a testbed for advanced storage technologies and strategies, paving the way for future projects and innovations in energy storage. Goals of the EnBW Battery Storage Facility in Marbach: Achieving Renewable Energy Targets: The facility aligns with Germany's commitment to increasing the share of renewable energy in its overall energy mix, contributing to national and EU climate goals. Scaling Up Storage Capacity: As part of a broader strategy, EnBW aims to scale up its energy storage capacity significantly to accommodate the growing output from renewable energy sources. Research and Development: EnBW is committed to exploring innovative large-scale battery storage solutions and will likely use the facility to gather data and insights that can influence future projects. Consumer Empowerment: The project aims to empower consumers by facilitating access to cleaner energy options and more stable pricing models, fostering a transition towards sustainable energy consumption. Collaborative Initiatives: The project is part of EnBW's strategy to collaborate with local and regional partners, including TransnetBW GmbH, to enhance the overall energy infrastructure. Through this new battery storage facility, EnBW demonstrates its dedication to developing sustainable energy solutions that not only meet current demands but also create a resilient energy future for the region and beyond.

indirectly acquired a minority stake in a portfolio of sixteen solar parks of EnBW Energie Baden-Württemberg AG with a total output of 597MW for an

EnBW Energie Baden-Wuerttemberg AG has commenced construction on an 87.6-MW solar park in Brandenburg, Germany, named the Gorlsdorf solar park. Once operational, it is projected to generate sufficient electricity to power 35,000 homes each year and is expected to be completed by the end of 2024. The site, located in Vierlinden, required extensive cleanup due to its history of WWII combat activities.The solar project will also feature a 13.4 MWh battery energy storage system. EnBW currently operates 1,046 MW of photovoltaic capacity and aims to increase this to 1.2 GW by 2025. The company recently acquired seven solar parks in Germany totaling 184 MW through an open-field solar auction. What are the key features and benefits of EnBW's Gorlsdorf solar park project? Here are some key features and benefits of EnBW's Gorlsdorf solar park project: Key Features: Location: Strategically situated in Vierlinden, Brandenburg, allowing for optimal sunlight and energy generation potential. Capacity: The solar park has a substantial capacity of 87.6 MW, contributing significantly to the regional renewable energy supply. Battery Energy Storage: Incorporation of a 13.4 MWh battery energy storage system enhances reliability by storing excess energy for use during periods of low sunlight. Environmental Remediation: Extensive cleanup efforts were undertaken due to the site’s historical significance, ensuring a safe and environmentally friendly space for energy production. Grid Integration: Designed to easily integrate with the existing power grid, facilitating the distribution of generated electricity to local communities. Modern Technology: Utilization of advanced photovoltaic technology to maximize energy conversion efficiency. Construction Timeline: Projected completion by the end of 2024, ensuring a timely addition to renewable energy resources. Benefits: Energy for Households: Once operational, the solar park will provide enough electricity to power approximately 35,000 homes, significantly reducing reliance on fossil fuels. Job Creation: The construction and operation phases are expected to create numerous jobs in the local area, boosting the regional economy. Carbon Footprint Reduction: Producing renewable energy contributes to lower carbon emissions, helping Germany meet its climate targets. Investment in Renewable Energy: The project supports EnBW’s commitment to increasing its photovoltaic capacity to 1.2 GW by 2025, demonstrating a proactive approach to sustainable energy production. Support for Energy Transition: Aligns with national and EU goals for a cleaner energy transition, promoting long-term sustainability and resilience. Innovation Leadership: Positions EnBW as a leader in solar energy innovation and development within Germany and Europe. Community Engagement: Enhances community awareness and acceptance of renewable energy projects, encouraging public support for future initiatives. These features and benefits illustrate the Gorlsdorf solar park as a significant step forward in EnBW's renewable energy strategy, contributing both to local power supply and broader environmental goals.

and also Saxony. Every one of them were established and also developed by EnBW, which will certainly remain to manage, solution as well as preserve the

commissioning of both parks will certainly be finished by the end of March, EnBW stated on Thursday. The two parks, each efficient in generating around 150

can only put the last solar modules right into operation in very early 2021." EnBW is spending around EUR100 million ($119 million) in the project, which does