Other Structure
Watch Towers
Watch towers are elevated structures designed to provide a high vantage point for surveillance, observation, and security monitoring over a wide area. Commonly used in military bases, prisons, borders, industrial facilities, and wildlife reserves, watch towers are built from strong materials like steel, concrete, or wood to ensure stability and durability. These towers are strategically positioned to offer a clear and unobstructed view, allowing security personnel to detect potential threats, monitor activities, and respond quickly to any incidents. Many modern watch towers are equipped with communication systems, spotlights, and surveillance cameras to enhance their effectiveness. In addition to their security function, watch towers can also be used for fire lookout in forest areas or for monitoring construction and infrastructure sites. Their elevated design plays a crucial role in ensuring safety, control, and situational awareness in various applications.
Over Head Structure " Water Tank"
 |
 |
An overhead structure water tank is an elevated storage unit designed to store and supply water using gravitational force. Commonly found in residential communities, industrial plants, and public utility areas, these tanks are mounted on tall towers or structural frameworks to ensure a steady and pressurized flow of water to the distribution system below. Constructed from materials like reinforced concrete, steel, or plastic, overhead water tanks are built to withstand environmental stress and store large volumes of water safely. Their elevated position reduces the need for pumping systems, making them energy-efficient and reliable. These structures often include access ladders, safety railings, and maintenance platforms to facilitate inspection and cleaning. Overhead water tanks play a critical role in ensuring an uninterrupted water supply for domestic, industrial, and firefighting needs.
Lighting Arrestor Mast
A solar lightning arrestor mast is a protective structure designed to safeguard solar power systems from lightning strikes. It works by providing a preferred path for lightning to follow, safely directing the electrical surge into the ground and away from sensitive solar equipment. Typically made of conductive materials like galvanized steel or copper, the mast is installed at a height above the solar panels to attract lightning before it can strike the modules or inverters. This protection is especially important in areas prone to thunderstorms, as a direct lightning strike can cause severe damage to the entire solar setup. By integrating a lightning arrestor mast, solar installations can operate more safely and reliably over their lifetime.
