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Founded in 1994 and headquartered in Shijiazhuang, Hebei Province, Hebei Ruidian Technology Co., Ltd. is a high-tech enterprise specializing in power supply and distribution system integration, power equipment R&D, and smart grid services. With "Sharpness" as its spirit and "Electricity" as its foundation, the company is committed to providing safe, efficient, and intelligent one-stop power solutions for the industrial, commercial, infrastructure, and new energy sectors.
The company name signifies "A spirit of enterprise, power ignites the future." Since its inception, Ruidian Technology has consistently kept pace with the development trends of the power industry. Leveraging its strong technical capabilities and rigorous service attitude, it has accumulated a strong market reputation in North China, becoming a trusted professional power supply and distribution service provider in the region.

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New Products

50/60Hz Plug in Encapsulated Transformer

50/60Hz Plug in Encapsulated Transformer

Ei96 Transformer Applied for Industrial Welding Machine

Ei96 Transformer Applied for Industrial Welding Machine

220V 24V Electric Power Transformer Single Phase Current Transformer Ei48 Ei96

220V 24V Electric Power Transformer Single Phase Current Transformer Ei48 Ei96

High Quality Electric Transformer Ei 5730 Ei96 36 Ei 96 Ei-86 Low Frequency Power Ferrite Core Transformer

High Quality Electric Transformer Ei 5730 Ei96 36 Ei 96 Ei-86 Low Frequency Power Ferrite Core Transformer

Durable Quality HDPE (modified polyethylene) Pin Insulator

Durable Quality HDPE (modified polyethylene) Pin Insulator

Hot Sell and Low Price 35kv HDPE Pin Insulator

Hot Sell and Low Price 35kv HDPE Pin Insulator

35kv Modified Polyethylene Alloy Silicon Pin Insulator

35kv Modified Polyethylene Alloy Silicon Pin Insulator

China Manufacturer HDPE Pin Insulator (15-35kV)

China Manufacturer HDPE Pin Insulator (15-35kV)

News

  • How Does a 1500V DC Solar Fuse Holder Differ from a 1000V DC Holder?
  • Why Are Dry Type Transformers Preferred in High-Humidity Environments?
  • What Makes Dry Type Transformers Self-Extinguishing and Safe?
  • How Can an Air Circuit Breaker 400A to 6300A Improve High-Current Power Protection?
  • What Maintenance Does a 33kV Single Pole Outdoor Circuit Breaker Require
  • Why 11kV Oil Immersed Transformer Is the Backbone of Rural Electrification Projects?
  • How Does a 2 Pole AC Circuit Breaker For DIN Rail Installation Improve Electrical Protection?
  • How Does a Solar Controller TCU Improve Solar Tracking Performance?

  • How Does a 1500V DC Solar Fuse Holder Differ from a 1000V DC Holder?

    A PV system design engineer's guide to 1500V DC vs 1000V DC solar fuse holders. Compare creepage distance, arc quenching, material ratings, and certification requirements for utility-scale solar.

  • Why Are Dry Type Transformers Preferred in High-Humidity Environments?

    An electrical engineer's guide to dry type transformer selection for high-humidity environments. Compare insulation systems, moisture protection, and maintenance requirements for coastal and underground installations.

  • What Makes Dry Type Transformers Self-Extinguishing and Safe?

    An electrical safety engineer's guide to dry type transformer fire safety. Understand self-extinguishing insulation materials, thermal protection, and arc fault containment for indoor installations.

  • How Can an Air Circuit Breaker 400A to 6300A Improve High-Current Power Protection?

    ​In modern industrial and commercial electrical systems, reliable protection is essential wherever large amounts of electrical power are distributed. An Air Circuit Breaker 400A to 6300A provides a flexible solution for high-current applications, combining high-capacity switching, overload protection, short-circuit protection, and convenient maintenance. With current ratings covering a broad range, this type of ACB can be applied to main distribution systems, industrial plants, data centers, renewable-energy installations, and marine electrical networks.

  • What Maintenance Does a 33kV Single Pole Outdoor Circuit Breaker Require

    Regular maintenance of a 33kV Single Pole Outdoor Circuit Breaker is essential for ensuring reliable fault interruption, extending equipment lifespan, and protecting personnel and assets in medium-voltage distribution networks. At Anqiang Power, we have supported utilities and industrial operators worldwide with practical service strategies for outdoor switching equipment. This guide outlines the key inspection, testing, and servicing tasks that keep a 33kV Single Pole Outdoor Circuit Breaker operating at peak performance.

  • Why 11kV Oil Immersed Transformer Is the Backbone of Rural Electrification Projects?

    A rural electrification project engineer's guide to 11kV oil immersed transformers. Compare installation requirements, maintenance access, load profiles, and total cost of ownership for remote grid extension.

  • How Does a 2 Pole AC Circuit Breaker For DIN Rail Installation Improve Electrical Protection?

    ​In modern residential, commercial, and industrial distribution systems, reliable circuit protection is essential for maintaining electrical safety and reducing equipment downtime. A 2 Pole AC Circuit Breaker For DIN Rail Installation provides a compact solution for protecting AC circuits against overloads and short circuits while allowing convenient installation inside distribution boards. DIN-rail mounting is widely used for modular protection devices because it supports organized panel layouts and efficient maintenance.

  • How Does a Solar Controller TCU Improve Solar Tracking Performance?

    ​As photovoltaic projects become increasingly focused on higher energy yield, intelligent tracking technology is becoming an important part of modern solar power systems. A Solar Controller TCU acts as the control and execution unit of a solar tracking system, coordinating tracking algorithms, sensors, motors, communication devices, and safety functions. By continuously calculating the appropriate tracking position and adjusting the PV modules accordingly, it can help improve sunlight utilization and maintain stable system operation.

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