Our facility's high-tension electric towers utilize steel structures to support high-voltage conductors, thereby facilitating the efficient and secure transmission of electrical energy from power plants to remote destinations. These towers are capable of spanning complex terrains-including mountains, rivers, and urban areas-and are adaptable to transmission requirements across various voltage levels. Furthermore, they possess inherent characteristics such as wind resistance, seismic resilience, and corrosion resistance. Moreover, thanks to scientific engineering design, our high-voltage towers demonstrate superior capabilities in preventing short circuits and effectively eliminating the risk of accidental electrical discharge incidents.
Product Model
|
Type |
Key Features |
Applicable Environment |
|
Tangent Tower |
Used for straight sections of a transmission line; it bears only vertical and horizontal loads, features a simple structure, and requires minimal steel. |
Continuous straight sections in plains, hills, etc. |
|
Tension Tower |
Designed to withstand conductor tension; utilized at line angles, terminal points, or major spans; while structurally robust, it entails higher construction costs. |
Mountainous regions, riverbanks, and line terminals |
|
Angle Tower |
A specialized tension tower designed to accommodate changes in line direction, requiring the balancing of asymmetrical tensile forces from opposing sides. |
Route turning points |
|
Terminal Tower |
Situated at the starting and ending points of a transmission line; it bears immense unilateral tensile loads and demands the highest level of structural strength. |
Substation entry and exit points |
|
Major Crossing Tower |
Towering over 100 meters in height with spans exceeding 1,000 meters, it is employed for crossing wide bodies of water such as the Yangtze and Yellow Rivers. |
Areas involving major hydraulic or transportation obstacles |
Application Scenarios
High tension electric towers are engineered to withstand a wide range of extreme environments, ensuring a stable and reliable power supply:
Plains and Hills
Characterized by flat terrain, these areas utilize standardized tangent towers, facilitating high construction efficiency.
Mountainous Regions
Featuring highly undulating terrain, these areas require adjustments to tower heights and span lengths.
Highlands
Subject to low oxygen levels, low temperatures, and intense UV radiation-conditions that can cause materials to become brittle.
Sea Crossings and Long Spans
Exposed to strong winds and corrosive elements, these projects present significant construction challenges.
FAQ
Q: Why choose us?
A: 1. We are a well-known factory in the industry in China with 20 years of production experience. 2. Quality control is carried out throughout the production process. 3. Comprehensive inspection before installation before packaging. 4. Our products are all ISO 9001 certified. 5. Provide full-process design, height: 25-40 meters (expandable to 60 meters); tower type: cat head tower, wine glass tower, dry word tower, etc.; interface reservation: compatible with OPGW optical cable, intelligent inspection robot track and other future upgrade needs. 6. Service: Installation: The factory prefabrication rate is 85%, and the on-site assembly of the 40-meter tower body only takes 7-10 days (including basic maintenance); Maintenance: Provide a "five-year inspection-free" package, monitor the tilt and rust data through the built-in sensors on the tower body, and reduce the annual maintenance cost by 60%.
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