Project summary:
The BOE (Chengdu) Digital Medical Center project aims to “build a first-class digital medical center in China”. It will be built into a tertiary for-profit comprehensive hospital with cardiovascular, orthopedic, oncology, rehabilitation and women and children as key departments, with medical, teaching, scientific research and public health service functions. This major project uses our company’s high-voltage reactive compensation device, which once again reflects the brand influence of Tysen-KLD in the power automation industry.
The BOE (Chengdu) Digital Medical Center project has a total investment of 6 billion yuan. The total construction area of the digital medical center construction project is about 350,000 square meters. It will be built in two phases. Combining advanced medical service models such as information medicine and mobile medicine, it will create a tertiary comprehensive flagship hospital that integrates medical education and research, with oncology, pediatrics, cardiovascular and orthopedics as its characteristics. Provide patients with diagnosis and treatment services for critical and difficult diseases, and make full use of technologies such as big data, cloud computing, and smart terminals to realize building intelligence, medical digitization, data cloudification, and management intelligence, and will focus on building key disciplines and laboratories in Sichuan Province and the country.
Our company’s KLD series high-voltage power capacitor device:
Product Introduction:
KLD series high-voltage power capacitors use polypropylene film that is easy to impregnate as the full-film dielectric, and use PCB-free, safe and environmentally friendly insulating oil as the impregnating agent. The box shell has high explosion-proof specifications to ensure the safety of use. Each capacitor component has fuse protection (internal fuse or external fuse protection), and each capacitor has a built-in discharge resistor.
Product Features:
The insulating oil is non-chlorinated benzyltoluene, non-toxic and biodegradable, and environmentally friendly;
Excellent overall sealing to avoid leakage, moisture and other effects of the capacitor;
The internal components use full-film dielectrics with extremely low losses;
Built-in discharge resistors, fast discharge, safe and reliable, and low failure rate;
Our KLD series high-voltage filter reactor device:
Product Introduction:
KLD series high-voltage filter reactor is suitable for 6-35kV power system. It is the main supporting equipment for reactive power compensation and harmonic control. It forms an LC circuit with parallel capacitors to suppress grid voltage waveform distortion, while suppressing the harmonic components flowing through the capacitor group and limiting the closing inrush current of the capacitor group. At present, in the construction of power grids in various industries, high-voltage filter reactors are widely used as important reactive power compensation equipment, and their usage is also increasing.
Product Features:
The core is made of high-quality low-loss cold-rolled oriented silicon steel sheet with high magnetic conductivity;
The coil is made of high-purity copper wire (aluminum), epoxy casting, and high reliability;
The coil is made of high-purity copper wire (aluminum), epoxy casting, and high reliability;
Vacuum impregnation, constant temperature furnace curing process, high dynamic and thermal stability;
The Ultimate Guide to Solar Panels & Inverters in Singapore (2025 Edition) Introduction: Why Solar Energy is the Future of Singapore Singapore’s push toward sustainable
EV Charging 101: A Beginner’s Guide to Electric Vehicle Charging As electric vehicles (EVs) become more popular, the need for efficient and accessible EV charging
Introduction Solar energy is one of the fastest-growing sources of renewable energy worldwide. As global energy demands rise and concerns over climate change intensify, solar
【Tysen Academy】Tysen Nanzi series NPM3000-N energy consumption management system NPM3000-N Energy Management System Product Overview The energy consumption management system is a system used to