Provide people with more economical electricity.
Promote progress of power industry through innovation.
Build new generation of power system through new materials and technology.
CICA (Composite insulated cross arm) replaces the combination of "traditional iron cross arm + hanging insulated string" in overhead transmission lines, and acts as an insulating support for high-voltage wires. It has more excellent electric insulation and mechanical performance than traditional solutions which can significantly reduce the cost of construction of the line and the cost of operation & maintenance throughout the life cycle, making the line safer.
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Our solution can eliminate operational reliability problems as flashover of external insulation, brittle failure, explosion, and others. Save construction costs, and enable for safer, more economical, and more environmentally friendly transmission and distribution of electric energy. Further, make the external insulation maintenance-free during the entire life cycle.
SMAREPC provides EPCM full life cycle solutions for transmission lines. Through the service of engineering design, product integration, construction management, the lowest cost of the entire life cycle of the transmission line is guaranteed.
The overall composite substation adopts a fully composite design of primary equipment and substation structure, completely eliminating accidents in substations caused by external insulation flashover, brittle failure and its explosion.
In view of the lightning tripping of distribution lines, short service life, difficult installation and other issues, SMAREPC provides a 30-year external insulation maintenance-free overall solution.
Hinckley Point Nuclear Power Lines
CICA applied in different tower types, including tangent tower, angle tower, tension tower etc.
The sole supplier of cross arm for “diamond-shaped”.
TS TRANSCO Hyderabad 132kV Upgrade Project
Reduce the corridor by 4.1 meters（31% decreased）
The hanging point of conductor is raised by 2 meters
The spacing from the lead wire sag lowest point to the ground is lifted by 2.6 meters (37% increase)
The second channel 750kV project of Xinjiang part connecting with the Northwest Main Grid
Reduce the corridor by 13 meters
Nominal height down by 5m
Steel consumption down by 10t
Concrete consumption down by 10m³
Linzhou-Shaoxing ±800kV Overhead Transmission Line
Nominal height down by 9m
Steel consumption down by 9.5t
Concrete consumption down by 16.7m³
Xilingol League~Shengli 1000kV Overhead Transmission Line
Nominal height down by 8m (15%)
Reduce the corridor by 22 meters (35%)
Steel consumption down by 6.8t (12.2%)
Concrete consumption down by 20%
110/220kV Technical Transformation Turnkey Project in Dali, Yunnan, China
Reduce the corridor by 0.8 meters
Avoid dangers of insulator aging and strong wind
Continue to win bids over the world | Technology leads industry changes
Since the development of the power industry, transmission, transformation, and external insulation of distribution have always been a major problem that plagues the power industry, causing accidents and operation and maintenance losses to the global power grid to exceed 300 billion yuan each year.
Passing on the values of SMAR-the most beautiful retrograde
Since Jiangsu SHEMAR Electric Power Co., Ltd. established in 1996, SHEMAR has led the world in the transformation of power external insulation. In 2016, Shanghai SHEMAR Electric Power Engineering Co., Ltd. was established.