News & Exhibition

Recently, SUNDTA Ukraine successfully installed two state-of-the-art energy storage systems for a valued customer. With capacities of 12KWh and 30KW, these systems demonstrate SUNDTA’s commitment to providing high-quality, reliable energy solutions.   The installations feature Deye energy storage inverters, rated at 12KW and 30KW, paired seamlessly with two sets of SUNDTA 51.2V100AH ​​stacked lithium batteries. This combination not only ensures maximum efficiency, but also highlights SUNDTA’s ability to integrate with leading inverter brands such as Deye, demonstrating its versatility and compatibility.   SUNDTA lithium batteries, renowned for their superior quality, once again proved their worth in these installations. Known for their long life, high energy density and superior performance, these batteries are designed to meet the most demanding energy storage requirements. Their ability to work harmoniously with Deye inverters highlights SUNDTA’s expertise in developing products that are compatible with a wide range of energy systems.   The customers’ decision to choose SUNDTA for their energy storage needs reflects a deep trust in the brand’s products and services. They were impressed by SUNDTA’s commitment to quality, reliability, and customer satisfaction. The successful installation of these two energy storage systems further solidifies SUNDTA’s position as a leading provider of innovative and sustainable energy solutions.   “We are delighted to have completed these installations for our valued customers,” said a spokesperson for SUNDTA Ukraine. “This is a great testament to the quality of our products and our ability to provide customized energy solutions that meet our customers’ unique needs. We look forward to continuing to serve our customers with the same level of excellence and commitment.”   As the demand for renewable energy and energy storage solutions continues to increase, SUNDTA remains at the forefront of innovation and is committed to providing cutting-edge products and services that help achieve a more sustainable future. The successful installation of these two energy storage systems in Ukraine is just one example of how SUNDTA is making a positive impact on the energy landscape.   In conclusion, SUNDTA’s latest installations in Ukraine demonstrate the brand’s ability to deliver high-quality energy storage systems that are compatible with leading inverter brands. With a focus on quality, reliability, and customer satisfaction, SUNDTA continues to earn the trust of its customers and solidify its leading position in the energy storage industry.      

In a testament to its unwavering commitment to excellence in renewable energy solutions, SUNDTA has successfully completed the production and packaging of a massive 2.5MW on grid solar system destined for Iran. This milestone project, featuring a total of 4,600 pieces of Jinko's high-efficiency 585W solar panels and 10 units of Growatt's powerful 250kW on grid inverters, underscores SUNDTA's prowess in providing tailored, large-scale energy solutions that meet the growing demand for clean and sustainable power.   The completion of this project marks not only a technical achievement but also a significant step forward in strengthening SUNDTA's position as a trusted partner in the global renewable energy landscape. The system, designed to seamlessly integrate with Iran's national grid, is poised to significantly contribute to the country's efforts towards energy diversification and decarbonization.   A highlight of the project's successful completion was the on-site inspection conducted by Iranian customers, who were thoroughly impressed by the quality of the accessories and the overall product quality. The meticulous attention to detail, from the selection of top-tier components to the rigorous testing and quality control measures undertaken by SUNDTA, left a lasting impression on the clients.   "We are extremely pleased with the professionalism and dedication displayed by the SUNDTA team throughout this project," remarked a senior representative from the Iranian client organization. "The quality of the Jinko solar modules and Growatt inverters, combined with SUNDTA's exceptional project management and timely delivery, have exceeded our expectations. This project is a testament to SUNDTA's ability to deliver on its promises and provide us with reliable, high-performance renewable energy solutions."   Furthermore, SUNDTA's exceptional preparedness and swift response in terms of stock availability and shipment arrangements were highly commended by the Iranian customers. The company's robust supply chain management and strategic inventory management practices ensured that all necessary components were readily available and shipped promptly, minimizing delays and ensuring a seamless project execution.   "At SUNDTA, we understand the importance of timely delivery and unparalleled quality in meeting our clients' needs," said Wink Zhang from the SUNDTA. "We are thrilled to have received such positive feedback from our Iranian customers, which serves as a strong validation of our commitment to excellence and customer satisfaction. We look forward to continuing our successful partnership and supporting Iran's journey towards a more sustainable energy future."   With this project successfully completed, SUNDTA solidifies its reputation as a leading provider of turnkey renewable energy solutions, capable of delivering large-scale projects with speed, precision, and reliability. As the world increasingly turns towards renewable e...

Recently, AMEA Power signed a PPA agreement with the Egyptian Electricity Transmission Company for two projects to develop the largest solar PV project in Africa and the first utility-scale battery energy storage system.   After successfully developing the 500MW Abydos solar PV project, AMEA Power has been awarded to build two new milestone renewable energy projects in Egypt. The first project is a new 1000MW solar PV power plant in the Benban area of ​​Aswan Governorate, as well as a 600MWh BESS project, which will become the largest BESS project in Africa and has a milestone historical significance. The second project is a 300MWh energy storage battery project, which is an expansion project of the company's existing 500MW Abydos PV power plant. It is currently under construction at Kom On bo, the government of Aswan Governorate, and is expected to be commissioned in October 2024. The project will be the first to use a utility-scale BESS solution in Egypt. The signing of the two projects will consolidate AMEA Power's position as a major player in Egypt's clean energy sector, bringing its total solar PV and wind project size in Egypt to 2GW, and 900MWh of battery energy storage systems (BESS). AMEA Power once again reiterated its commitment to supporting Egypt's clean energy transition and identified Egypt as a strategic market for its future growth.   1GW PV + 200MWh Energy Storage Hybrid Project Signed Recently, Scatec ASA signed a 25-year power purchase agreement (PPA) denominated in US dollars with the Egyptian Electricity Transmission Company (EETC) to carry out a 1 GW solar and 100MW/200MWh battery energy storage hybrid project in Egypt. "This will be Egypt's first large-scale hybrid solar and battery project, demonstrating Scatec's strong position as one of Egypt's largest renewable energy producers. We are pleased to enter into a PPA with the Egyptian Electricity Transmission Company. We will now finalize the land lease agreement, grid connection agreement, and financing, and prepare for the construction of the project." Scatec executive officer Terje Pilskog said. It is reported that Scatec has signed cooperation with several development financing institutions and is expected to reach a financial agreement with lenders in the first half of 2025 and start construction of the solar and BESS hybrid energy project. Scatec will provide engineering, procurement and construction (EPC), asset management (AM) and operation and maintenance (O&M) services for the project. Scatec stated that its total capacity of renewable energy projects in four continents around the world has reached 4.7 GW, which are currently in operation or construction. In August this year, the company sold shares in solar projects in Rwanda and South Africa to help finance further growth opportunities. It is understood that Egypt is one of the largest photovoltaic markets in Africa, with abundant sunshine resources and vast land. In recent years, the Egyptian go...

  The high temperature heat wave "standby for a long time", the power load of Sichuan power grid has hit a record high many times. In the critical period of peak power supply, the first phase of the Charlie 1.1 million kilowatt "photovoltaic + N" project in Aba County, Aba Prefecture, invested and constructed by Sichuan Energy Investment Co., Ltd. of Three Gorges Group, achieved full capacity grid-connected power generation, providing new power supply for the current power supply. The total installed capacity of the Charlie 1.1 million kilowatt "photovoltaic + N" project is 1.1 million kilowatts, with a total investment of about 4.5 billion yuan. It is built in two phases, of which the first phase has an installed capacity of 250,000 kilowatts. This project is the first million-kilowatt photovoltaic power generation project invested and constructed by the Three Gorges Group in Sichuan Province, and it is also the largest photovoltaic project of the Three Gorges Group that has been connected to the grid for power generation at an altitude of more than 3,500 meters. Aba County, where the project is located, is located at the junction of Sichuan, Gansu and Qinghai provinces. It is the water source conservation area of ​​the upper reaches of the Yangtze River and the Yellow River and the location of the Ruoergai National Wetland Park. After the first phase of the project is put into operation, it is expected to generate about 456 million kWh of electricity annually, save about 137,300 tons of standard coal, and reduce carbon dioxide emissions by about 377,100 tons. The project construction also actively promotes "pastoral and photovoltaic complementarity", which is of great significance to achieving win-win ecological and economic benefits and promoting high-quality development of local social economy. It will also provide important reference for the development and construction of high-altitude onshore photovoltaic power generation projects.

  On August 28, the Karawang 100 MW photovoltaic project, the largest land photovoltaic project in Indonesia with installed capacity, contracted by China Power Construction EPC, was officially completed. The Karawang Photovoltaic Project is located in Bukit Indah City, West Java Province, Indonesia, covering a total area of ​​approximately 80 hectares and with a planned DC installed capacity of 100.78 MW. It is the land photovoltaic project with the largest installed capacity in Indonesia. Hubei Engineering Company, a subsidiary of Power China, is responsible for all the design, procurement, construction and commissioning of the photovoltaic area of ​​the project. 90% of the equipment in the project comes from China, and it has achieved the integration of IEC standards and Chinese technical standards. It is a successful example of Chinese enterprises"going global". After the project is put into operation, it will provide more than 150 million kilowatt-hours of clean electricity every year, meeting the annual electricity demand of approximately 112,000 households. It can effectively reduce local electricity costs, help Indonesia achieve energy transformation and sustainable development, and significantly improve social and people's livelihood.

  The Australian government’s latest Energy Update 2024 report has revealed that large-scale solar PV power generation has grown more than 20-fold in the last six years. The report, published by the government’s Department of Climate Change, Energy, the Environment and Water (DCCEEW) on Wednesday (28 August), covers data for 2022-23. It states that solar electricity generation grew 21% year-on-year in 2022-23 and is 11 times higher than a decade ago. It also indicates that renewable electricity generation increased by 11% year-on-year, accounting for 34% (93TWh) of Australia’s electricity generation. In the national electricity market (NEM), this figure increases to 37% in the electricity mix. The report notes that this rise has been aided by the “rapid expansion of solar PV and wind electricity production”. It signals that cumulative electricity generation also increased by 1% year-on-year during the same period. Large-scale solar grew significantly in South Australia in 2022-23, amounting to around 47% year-on-year growth. In 2023, the largest source of renewable energy generation was solar PV (16% of total generation), followed by wind (12%) and hydro (6%). In 2023, renewable energy generation in Australia increased to 35% of total generation, reaching 96TWh, the highest ever recorded. Specifically, solar energy accounted for 16% of total generation, while wind energy accounted for 12%. In what will be another welcome boost to the renewable energy sector, fossil fuel generation also fell to record lows in the southern and eastern states, declining by 7% on average over the last decade. Coal-fired generation also fell to 47% in 2022-23 and 46% in 2023, compared to a 64% share a decade ago. The report states that solar power has been the largest contributor to renewable energy generation since 2019-20. It also grew the fastest again in 2022-23, further widening the gap between solar power and wind generation. Solar photovoltaic (PV) accounted for 45% of all renewable energy generation and 15% of total electricity generation in Australia. It has been growing by an average of 27% per year over the last decade.   South Australia and Tasmania see highest renewable energy consumption The report also indicates that energy consumption in the electricity supply sector decreased in most states due to replacing thermal generation sources, such as coal and gas, with non-thermal renewable energy sources. Solar PV generation displaced thermal power in New South Wales, South Australia, and Queensland, while wind power was the primary replacement in Victoria. In 2022-23, South Australia and Tasmania were identified as the two states with the highest renewable energy consumption. Tasmania, which is 100% self-sufficient in renewable electricity generation and has been net zero in six out of the last seven years, saw 42% of its energy from its vast hydropower reserves, while South Australia saw 18% from its abundant solar P...

  Iberdrola, in partnership with the Basque Energy Agency (EVE), the Provincial Council of Álava and Krean (part of the Mondragon Group), is leading the largest photovoltaic project to date in the Basque Country. The project, called the Equina Photovoltaic Park, is located in La Cozana, in the municipality of Aminón, Álava. In January 2024, the final approval of the special plan for the project was published in the Official Gazette of the Historic Territory of Álava (BOTHA). The project is promoted by a public-private partnership under the umbrella of Equina, which includes Euskadi (Iberdrola), the Basque Energy Agency (Basque Government), Alaba (Provincial Council of Álava) and LKS Krean through LKS Energia Bailey (Mondragon Group). With an installed capacity of 100 MW, the Equinaia Photovoltaic Park will be the largest solar  energy power plant in the Basque Country. The project is located in La Cozana, an area with the best solar resources, and also benefits from good topographical features and sufficient land for its implementation. The project covers an area of ​​200 hectares, half of which will house the photovoltaic power plant and the other half will be used for environmental compensation and the protection of forest areas. The planning process for this special program began in 2020 and included a general strategic environmental assessment. The project includes various corrective and compensatory measures outlined in the strategic environmental study. These measures include an agricultural project to compensate for the use of high-value agricultural land, an archaeological study to protect areas of archaeological interest, and a faunal study that includes the construction of ponds for amphibians. In addition, the project includes a comprehensive environmental restoration proposal that envisions the creation of a naturalized zone that will serve as an ecological corridor between the La Colzana lagoon and the banks of the Zadora River.

  An Estonian customer has successfully completed the installation of a 30kw/65kwh energy storage system, marking a significant step towards enhancing energy efficiency and sustainability. The project underscores the growing adoption of advanced energy storage solutions in the region, reflecting a commitment to renewable energy sources and reducing carbon footprints.   The installation utilized a total of 13 pieces of SUNDTA 25.6V200AH high-voltage lithium batteries, renowned for their reliability and performance in energy storage applications. These batteries are specifically designed to work seamlessly with Goodwe inverters, ensuring optimal energy conversion and utilization.   SUNDTA's high-voltage lithium batteries have gained recognition in the industry for their ability to withstand rigorous operating conditions while maintaining high energy output. Their compatibility with Goodwe inverters further enhances their appeal, as it guarantees a smooth and efficient integration into existing and new energy systems.   The Estonian customer's decision to adopt this advanced energy storage system demonstrates a forward-thinking approach to energy management. By incorporating SUNDTA's high-voltage batteries, the system is poised to deliver consistent and reliable power, reducing reliance on traditional energy sources and lowering electricity costs in the long run.   This successful installation not only benefits the Estonian customer but also serves as a testament to the effectiveness of SUNDTA's high-voltage lithium batteries in real-world applications. As the global push for sustainable energy solutions continues to grow, such projects highlight the importance of innovative technologies in achieving energy independence and reducing environmental impact.