Wish Composite Insulator Co., Ltd. products

Multi-layer sealing structure, avoids leakage of water or oil during running. Porcelain bushing is made of high-strength inorganic material. Good weather resistance, anti-tracking, anti-aging, and electrical corrosion and hydrophobicity property. Color: Red, Grey, Blue, Yellow, Other. The product`s dimension, characteristics, connection method, and shed color can be designed and manufactured according to the customer`s specific requirements.

Features: Multi-layer sealing structure, avoids leakage of water or oil during running. Porcelain bushing is made of high-strength inorganic material. Good weather resistance, anti-tracking, anti-aging, and electrical corrosion and hydrophobicity property.
Color: Red, Grey, Blue, Yellow, Other. The product`s dimension, characteristics, connection method, and shed color can be designed and manufactured according to the customer`s specific requirements.

Single-phase pad-mounted transformer is a specially designed single-phase electrical transformer to furnish single-phase power in compact, secure, and weather-resistant enclosures. The combination of their adaptability in residential and light commercial applications and their low-cost and high-efficiency voltage conversion make these transformers very popular. Widely used in outdoor applications with various environmental conditions, the units have a low profile, tamper-resistant casing to ensure safety and reduce maintenance requirements. These incorporate smoothly into underground distribution systems thereby reducing visual clutter and feature internal protective devices, surge arresters, and overload protection to improve durability and operational safety. The compactness, safety, and robust performance of accepting these combinations make them a necessary component of modern power distribution networks.

Single-phase pad-mounted distribution transformers are suitable for safe and efficient electrical power distribution primarily for residential and light commercial applications. For single-phase power delivery, these transformers are normally mounted on a concrete, steel pad set in the ground. This mounting style offers a streamlined, compact, and tamper-resistant solution in environments where overhead lines might not be practical or aesthetically intrusive. Fully enclosed, the construction protects internal components from exterior elements, resulting in a great degree of resilience under various environmental conditions, including extreme weather. With a lockable steel casing to lock down and prevent unauthorized access to them, they are designed for densely populated areas.

Prefabricated Substation with its compact size, all-in-one solution, and highly controlled, factory setting, design and build unit, are delivered to the installation site. Such a substation includes all key electrical components, such as transformers, circuit protection, and control equipment, in a rugged weather-resistant envelope. It is known for its quick deployment, minimizing on-site construction, making the integration of power into urban or industrial grids or to renewable energy plants or remote areas, and its fast deployment is enabled by using the latest generation of power electronics. With its modular structure, its flexibility is enhanced — it is easy to adapt the voltage it can perform on and is scalable for added juice whenever another unit of capacity is required.

JP Outdoor Integrated Power Distribution Cabinet is a multifunctional, low-voltage distribution unit equipped with automatic reactive power compensation, power distribution, meter reading, and protective features including overload, short circuit, and lightning protection. This cabinet is tailored to national and industry standards and its use with the distribution transformers meets power distribution systems requirements. It is customizable and versatile and can be built with leakage protection on demand. With a 0.4 kV main output voltage, the JP cabinet suits power systems and is particularly appropriate for upgrades of urban and rural grids, where it can serve residential communities as well as industrial and mining enterprises.

The fast-switching series compensation device is connected in series in the radial distribution line. It offsets the inductive reactance of the distribution line, improves the load capacity of the distribution line, increases the line voltage, solves the "low voltage" problem, and can also compensate for the reactive power of the distribution line, improve the power factor, and reduce line losses.

The air core reactor is an electrical device that is used in power systems to provide inductive reactance without the magnetic core. Unlike iron core reactors, the self-inductance of winding generates the entire needed inductance. A core-free design eliminates the risk of core saturation and magnetic losses (eddy currents and hysteresis), making it very efficient for high-frequency and large current applications. They are extensively used for current limiting, harmonic filtering, and reactive power compensation in transmission as well as distribution networks.

The iron core reactor is an electric reactor having a core of laminated iron to add the inductance and control the current in the high voltage systems. The iron core improves the reactor’s capacity to store magnetic energy, which enhances the ability to manage reactive power and stabilize voltage in transmission and distribution power systems. Due to its common applications in harmonic filtering, current limiting, and load balancing in electrical grids, it is commonly used. It has the advantage of high inductance in a compact design compared to air core reactors, which can handle large currents with relatively small dimensions. As a result, they are perfect for installations in which space is constrained.

Enclosed switchgear is enclosed which encloses components such as circuit breakers, fuses, and disconnect switches in a protective enclosure. This design decreases direct contact with live parts and thereby reduces electric shock or arc flash injury possibility. It also protects internal components from the damaging influence of dust moisture and debris over time. It is used commonly in industrial surroundings or outdoor conditions because of its external protection. For durability and corrosion resistance the enclosure can be made from materials associated with metal or reinforced plastic.