News & Exhibition

SUNDTA, as a sub-brand of SUNROVER, participated in the South African SOLAR & STORAGE new energy exhibition. SUNDTA brought wall-mounted 5KW/10KW lithium batteries and high-voltage stacked lithium batteries this time, which attracted the attention of many customers at the scene. SUNDTA used its professional knowledge reserves and very good service attitude to conduct discussions with every customer who came to the booth. Friendly and in-depth communication.   If you are also interested but regret that you cannot come to the site, you can also contact us online to learn about the purchase. E-mail:[email protected] Whatsapp:+86 15956993532      

  The European Parliament has approved a law requiring member states to deploy solar installations on buildings and renovate them to improve their energy efficiency. The proposed revision of the Energy Performance of Buildings Directive (EPBD) includes several targets to reduce emissions. For example, member states of the EU will need to deploy solar panel installations progressively in public and non-residential buildings and all new residential buildings by 2030, when applicable.   All new buildings should be zero-emission by 2030, while new buildings occupied or owned by public authorities should be zero-emission by 2028.   The law also requires member states of the EU to take into account the lifecycle global warming potential of a building, including the production and disposal of the construction products used to build it.   For residential buildings, member states of the EU will be required to roll out measures to reduce the average primary energy use by at least 16% by 2030 and at least 20-22% by 2035. The worst-performing 26% of non-residential buildings in terms of energy efficiency must be renovated by 2030.   “The directive shows clearly how climate policy can have real and immediate benefits for the less well-off in our society. This law will help bring down energy bills and address the root causes of energy poverty,” said Ciarán Cuffe, rapporteur for the Energy Performance of Buildings Directive.   According to the European Commission (EC), buildings in the EU are responsible for 40% of energy consumption and 36% of greenhouse gas emissions.   Jan Osenberg, senior policy advisor at SolarPower Europe, said: “As the grid catches up to the energy transition, installing energy generation where we use energy will also help the grid, by keeping electricity local and empowering citizens with the information and technical ability to use electricity smartly.”   Last December, the European Parliament and the EC reached a provisional agreement on the strengthened EPBD. In the same month, the EC called on Europe’s governments to “enhance their efforts” to accelerate the energy transition, having assessed the revised National Energy and Climate Plans (NECPs) for a number of European countries.

In a noteworthy development, a prominent customer from Germany embarked on a business trip to SUNDTA, the leading manufacturer of innovative solar panel solutions. The industrious visitor expressed immense interest in SUNDTA's cutting-edge products and subsequently placed a substantial order, solidifying the company's global reach.   SUNDTA, known for its excellence in research and development, has consistently introduced groundbreaking advancements in the solar energy industry. Their commitment to technological innovation, reliability, and unmatched customer service has earned them recognition as a premier solar panel manufacturer.

Fresh 5 containers Trina black frame 430w solar panel ready for shipping to Germany today.  We provide each customer with complete shipping and packaging photos or videos. Professional factories, SUNDTA allows you to wait for the goods to arrive with peace of mind! Any inquiry,please mail:[email protected] or give a call to +86 159 5699 3532    

  The Red Sea incident has led to increased shipping times and freight rates, which may have an impact on renewable energy and solar products shipped to Europe and the United States.   According to data released by the U.S. Energy Information Administration (EIA) on February 1, many ships transporting oil and natural gas have chosen longer routes between the East and the West in order to avoid the Red Sea, thereby greatly increasing navigation time.   For example, as shown in the chart below, the route from Rotterdam to the Middle East via the Suez Canal (and then the Red Sea) takes approximately 19 days. Another route via the Cape of Good Hope at the southern tip of Africa takes 34 days.   Additionally, the EIA said that in recent months, cargo entering and exiting the United States has been forced eastward through the Red Sea instead of westward through the Panama Canal as drought and subsequent water conservation in the Panama Canal restricted shipping.   These longer routes drive up fuel costs and freight rates. The EIA noted that at average prices in 2023, the daily fuel consumption of a very large natural gas carrier would be between $3,000 and $35,000.   Yemen's Houthi rebels have been attacking ships in the Red Sea since November. The group initially said it was targeting ships with links to Israel in response to Israel's conflict with Hamas in Gaza, but more recently it has targeted vessels linked to Israel and Hamas after the United States and Britain began airstrikes on Houthi positions to protect commercial shipping. Ships of American and British interest.   The violence has forced shipping lines to seek alternative routes, and these concerns also apply to renewable energy and solar supply chains.   China’s dominance in the production of polysilicon, solar modules and critical minerals is well established and will remain so for the foreseeable future. Market developments in the solar industry have seen China massively expand production capacity, solar panels prices have hit record lows, and production outside of China and Southeast Asia has become very difficult, leaving the industry vulnerable to disruption.   Prices and supply have not yet been significantly affected, and any concrete impact is theoretical at this time. Regardless, the continuation or escalation of tensions in the Red Sea is an issue that solar energy importers need to pay close attention to.

  According to Xinhua News Agency, on the afternoon of January 24, President Xi Jinping held talks at the Great Hall of the People with President Mirziyoyev of Uzbekistan, who was in China for a state visit. The two heads of state announced that China and Ukraine have decided to develop an all-weather comprehensive strategic partnership in the new era and promote the construction of a community with a shared future between China and Ukraine from a higher starting point.   During the talks, President Xi Jinping emphasized that China and Uzbekistan have similar development goals and consistent concepts. The two sides can actively align China’s eight actions to support high-quality joint construction of the “Belt and Road”, deeply tap the potential of traditional cooperation, and implement medium- and long-term cooperation plans in economy, trade, and investment. , introducing more investment and trade facilitation measures. In addition, China is willing to expand cooperation with Uzbekistan across the entire industrial chain of new energy vehicles and carry out cooperation in major projects such as solar energy system, wind power, and hydropower to support Uzbekistan’s green economic development strategy and promote sustainable development.   Not long ago, the first batch of 200 MW of the Bukhara photovoltaic project in Uzbekistan was successfully connected to the grid.   It is understood that on December 27 last year, the first batch of 200 MW of the Bukhara solar system project in Uzbekistan, which was constructed by China Energy Construction Group, was successfully connected to the grid. The Office of the President of Uzbekistan and the Ministry of Energy held a launching ceremony for the grid connection of new energy investment projects. Uzbek President Mirziyoyev and Uzbek Prime Minister Abdullah Aripov attended the event.   The 1 GW photovoltaic project in Uzbekistan is the first large-scale new energy project invested by a Chinese-funded enterprise in Central Asia after the China-Central Asia Summit in May this year. It is also the largest photovoltaic project invested by a Chinese-funded enterprise in the region under the background of the “One Belt, One Road” initiative. . Projects include 500 MW photovoltaic projects in Buzhou and 500 MW in California. After the project is put into operation, the annual power generation capacity will reach approximately 2.4 billion kilowatt-hours, and it is expected to reduce carbon dioxide emissions by 2.4 million tons per year, equivalent to saving 520 million cubic meters of natural gas.   The project can provide employment for 800 people in Uzbekistan during the construction period and 400 local people during the operation period. After the project is put into operation, it will greatly enhance the local green power supply capacity, assist the development of Uzbekistan's green economy, revitalize the local economy, and is of great signi...

  A 3.2MW solar agrivoltaics (agriPV) project operated by German utility RWE for demonstration has started supplying electricity to the grid in Germany.   Built on about seven hectares of recultivated land at the edge of the Garzweiler opencast mine in North Rhine-Westphalia, the project will host important application research and show how solar power generation and agriculture can be co-developed at the site. Research activities will start in spring and will last for at least five years.   German national research institution Forschungszentrum Jülich and research organisation Fraunhofer Institution for Solar Energy Systems (Fraunhofer ISE) will provide scientific expertise for the project.   RWE said the project, funded by the North Rhine-Westphalia state, will also develop suitable cultivation methods and three operational concepts for agrivoltaics systems.   Solar panels are fixed and mounted vertically on the supporting structure, on a movable axis which allows them to follow the course of the sun from east to west, and elevated on a substructure similar to a pergola.   Additionally, the interplay between plant growth and solar PV technology will be monitored under different seasonal weather conditions over the years, according to RWE.   PV Tech examined the rising interest in agrivoltaics in an article published last year. Several important developments in agrivoltaics took place in 2023, such as the European Commission approving a €1.7 billion (US$1.8 billion) investment scheme in November 2023 to support the development of agrivoltaics in Italy.   PV Tech Premium also examined agrivoltaics deployments from a number of angles, including the emerging field of urban or rooftop agrivoltaics. The section also interviewed US agrivoltaics developer Bluewave about the lessons that the growth in agrivoltaics can teach the wider solar industry.

  Recently, China Southern Grid Energy Storage Company’s Foshan Baotang grid-side independent battery energy storage station (hereinafter referred to as the Baotang Energy Storage Station) was put into operation in Foshan City, Guangdong Province. Baotang Energy Storage Station is the largest new energy storage power station in the Guangdong-Hong Kong-Macao Greater Bay Area. It is also the largest grid-side independent energy storage power station built at one time in my country. It is the first time in my country to realize the "one stop" of multiple lithium battery energy storage technology routes. "Integration" will effectively enhance the technological leanness level of the new energy storage industry.   Baotang Energy Storage Station covers an area of 58 acres, which is equivalent to the size of 5 and a half standard football fields, with an installed capacity of 300 MW/600 MWh (that is, the maximum operating power of the power station is 300 MW, and can be fully charged or discharged 600,000 MW at a time kilowatt hours), accounting for 1/5 of the total new energy storage installed capacity in the Guangdong-Hong Kong-Macao Greater Bay Area. According to the calculation of "two charges and two discharges", this new "urban power bank" can deliver 1.2 million kilowatt hours of green electricity per day.   Energy storage power stations are an important technology and basic equipment for building a new power system, and an important support for achieving the "double carbon" goal. When the energy storage power station is running, it realizes "accurate" charging, storage and release of electric energy in the energy storage system, and responds to the power system's adjustment needs at the "millisecond level". When electricity consumption is low, energy storage power stations use clean energy such as wind energy and solar energy to "charge". During peak times of electricity consumption, the stored green electricity will be stably and reliably delivered to thousands of households.   “New energy storage has the advantages of fast response, flexible layout, and short construction period. It can accurately match the load needs of the power grid, maximize its regulatory value to the power system, and help unstable and volatile clean energy to be connected on a large scale and at a high proportion. Integrated into the power grid." introduced the person in charge of China Southern Power Grid Energy Storage Technology Company.   China Southern Grid Energy Storage Company will launch the Baotang Energy Storage Station project at the end of 2022, planning and constructing it as a lithium battery energy storage station with multiple technical routes. In addition to providing regulation services to the power grid, it can also play a role in the technological development of the energy storage industry. enhancement.   It is understood that the five battery supply companies of Baotang Energy Storage Station are all the &ld...