Power Engineering
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These high-conductivity aluminum alloy wire rods are designed for power transmission and distribution. The rods exhibit excellent electrical conductivity, tensile strength, and corrosion resistance.

Hardware components designed for use in power engineering applications. These include clamps, connectors, fasteners, and support structures suitable for electrical systems.

High-voltage circuit breakers are designed for power engineering applications. They provide reliable protection against overcurrents and short circuits in electrical substations and power distribution networks.

Power telecommunication systems manage communication and automation. They include PBX systems for telephone communication and PLCs for controlling industrial processes.

This high voltage disconnector switch is designed for power engineering applications. It features robust insulators and a mechanically operated switching mechanism suitable for isolating electrical circuits and equipment in substations and power distribution systems.

High-voltage transmission towers support overhead power lines and ensure efficient electricity distribution. These towers are constructed from robust materials like steel or aluminum, providing structural integrity and resistance to environmental factors.

This high-voltage power transformer has a rated capacity of 160KV-16000KV or more. It accepts inputs of 0.5KV-10KV, 35KV and outputs as confirmed by requests.

These insulators are designed to meet IEC, ANSI, BS, AS, DIN, CAN, and GB standards. They provide electrical isolation and prevent current leakage in high voltage power systems.

Construction services for power generation plants are available. These services include building infrastructure and facilities required for power generation.

This is a facility designed for generating electrical power. The infrastructure includes smokestacks, buildings, and piping systems.

This is a flue gas desulfurization (FGD) system used in power plants. It removes sulfur dioxide (SO2) from flue gases produced by burning fossil fuels.

This electrostatic precipitator features a sub-field structure for high reliability and effective dust removal. Its discharge and collecting electrodes have a vertical lead hanging structure with a small rigid frame, providing good flexibility and heat resistance.

This electrostatic precipitator efficiently removes particulate matter from flue gas. It features a rapping system, isolation box, and flue gas distribution equipment.

This electrostatic precipitator is designed for gas treatment applications. It is suitable for use in industrial settings where air pollution control is required.

These engineering services offer comprehensive solutions for power plants, covering design, construction, and commissioning. They support both fossil-fueled facilities and new energy power generation, promoting safe and environmentally conscious operations.

These services provide engineering, procurement, and construction management for power plant projects. They cater to fossil-fueled, wind power generation, and waste incineration power plants.

These services provide comprehensive solutions for various transportation projects, ensuring flexible and scientific approaches. Expertise includes intelligent highway systems, city subways, light rail transportation, and inter-city railway construction.

This system utilizes selective catalytic reduction (SCR) technology to remove NOx from flue gas. The process involves injecting ammonia into the flue gas stream, which then reacts with NOx over a catalyst to form nitrogen and water.