Guide to Buy Solar Panel for Portable Power Station in Hives Power
Every year, the solar panel for portable power station makes a great contribution to Hives Power Technology Co., Ltd. in profit making. In fact, it is a product funded greatly and developed continuously. Our professional designers, depending on the annual market survey and comment collection, may modify the product by looking, function, etc. This is an important way for the product to maintain the leading role in the market. Our technicians are keys in monitoring and controlling the production which is aimed at 100% quality guarantee. All this are reasons for this product of excellent performance and wide applications.
We have developed our own brand-Hives Power, which can help ensure that our corporate message comes across crystal clear. With our ongoing efforts at reflecting on and improving every stage of our development, we believe that we will succeed in establishing more long-term relationships with our customers.
We have made great efforts in providing customers with top-notch and proactive service shown at Hives Power. We provide constant training for our service team to equip them with abundant knowledge of products and right communication skills to effectively answer customers' needs. We have also created a means for the customer to give feedback, making it easier for us to learn what needs improvement.
Time: 2021.12.23
Hitachi ABB Power Grids said it would partner with the Electric Power Research Institute of Gansu Electric Power Company, a subsidiary of the State Grid Corporation of China to help conduct intelligent performance management for the 750kV main transformers in Gansu province.
With its Lumada Asset Performance Management (APM), Hitachi ABB Power Grids said the cooperation would help accelerate digital transition of Gansu's power network.
The digital software will also enable the predictive maintenance of transformers and enhance the security level and digital transition for the local power grid, it said.
Gansu Electric Power Company currently supplies electricity to more than 9.6 million households in the province located in northwest China. Gansu power grid plays a critical role in the transmission of electricity, 41.9 percent of it being wind and solar, from western China to the eastern areas. It is also a key hub for power exchange in the northwest grid.
"The digitalization of the power grid will increase the flexibility, resilience and reliability of the entire power value chain, and can strongly support the move toward a carbon-neutral energy future," said Zhang Jinquan, executive vice-president of Hitachi ABB Power Grids.
"We are very pleased that we can help accelerate this digitalization effort with smart asset performance management solutions and services that can improve the stability of the power grid and support the utilization and transmission of large-scale clean energy in the area."
Transformers are vital components of a substation, essential to ensuring reliability of the power grid.
Hitachi ABB Power Grids said the digital platform will help Gansu Power Company move from a reactive to a proactive approach to asset maintenance planning, and the solution's accuracy continues to increase over time through its data-driven machine learning capabilities.
It will also help them extend the service life of equipment and ensure the stable operation of the power grid while minimizing financial losses associated with asset failure and unexpected outages, it said.
Europe continues to serve as the primary focal point for inverter demand, exerting a pivotal influence on the profitability landscape for inverter manufacturers. From January to July, China's inverter exports totaled 47.8 billion yuan, with a substantial portion of 29.5 billion yuan directed towards the European markets. This constitutes a significant 62% share of China's total inverter export value. Clearly, the demand dynamics within Europe wield a substantial sway over the performance of China's inverter exports. Given that the sale of inverters to the European market tends to yield heightened profitability, the fate of domestic inverter enterprises is intricately tied to the ebbs and flows of European demand.
July witnessed lackluster performance in European demand; however, indications point towards a reversal, with positive export figures projected for August. The export value to Europe in July reached 3.171 billion yuan, marking a 3.22% year-on-year decrease and a substantial 17.89% decline compared to the previous month. Notably, July emerged as the least productive export month in 2023, spanning a 13-month period from July 2022 to July 2023.
Several potential factors contribute to this scenario. Firstly, the persistent inventory issue within Europe has yet to find substantial resolution, necessitating more time for inventory consumption. Insights from the second-quarter performance reports of Enphase, Solaredge, and SMA provide valuable context. Secondly, the European summer vacation period, extending from July to September, might be influencing demand patterns. As the summer season begins in July, the demand typically seen during this month could have shifted earlier to June or potentially postponed to August. This trend is supported by export data from Germany in 2021 and 2022, revealing stronger demand in June and August compared to July. This pattern holds true for the broader European region. Therefore, an anticipated data recovery is expected for August.
Thirdly, the energy crisis resulting from the Russian-Ukrainian conflict in 2022 prompted a surge in European inverter demand in the latter part of that year. For example, the third quarter of 2022 witnessed inverter demand reaching 10.9 billion yuan, a remarkable 195% increase compared to demand in the first quarter of the same year. This sharply contrasts with 2021, where third-quarter demand was only 51% higher than the first quarter. However, the impact of the energy crisis in 2023 has diminished. The continued high import volume into Europe underscores the enduring nature of European demand rather than indicating a sharp decline.
The final influencing factor is pricing dynamics. Projections indicate that the full-year export volume of European inverters in 2023 will reach 50.5 billion yuan, representing a robust 48% year-on-year increase. Assuming that the export volume to Europe remains consistent with the same period in 2022 from August to December, this implies a steady year-on-year growth rate over the next five months. Consequently, it is anticipated that the total European export value for 2023 will reach around 50.5 billion yuan (29.47 billion yuan from January to July and an estimated 21.07 billion yuan from August to December). In comparison, the export value in 2022 was 34.2 billion yuan, highlighting a substantial year-on-year increase of 48% for 2023.
