We have mastered the engineering of various products in the field of Electronics & Electrical Control Equipments. And also we First party working with HZL( Hindustan Zinc Limited), ABB INDIA LTD,
FL Smidth, Ambuja Cement Ltd , ACC Cement Ltd.
Switchyard, HT & LT Panels
We specialize in designing, manufacturing, and installing Switchyard, High Tension (HT), and Low Tension (LT) Panels that play a crucial role in the transmission, distribution, and protection of electrical power.
HT & LT Panels – Powering Industries with Precision
Electrical power distribution requires High Tension (HT) and Low Tension (LT) panels to regulate and control voltage levels before supplying electricity to various industrial and commercial units.
🔹 HT Panels (High Tension Panels) – Used for managing high-voltage power (above 11kV – 220kV), ensuring safe and efficient electricity transmission.
🔹 LT Panels (Low Tension Panels) – Operate at lower voltages (up to 415V), distributing power to industrial and commercial facilities.
Switchyard – The Heart of Power Transmission
A switchyard is an essential component of an electrical power system, primarily responsible for managing and regulating electricity transmission. It serves as a hub that connects power generation sources, substations, and consumers, ensuring seamless power exchange. Our advanced switchyard solutions offer:
Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint
- Protection of Transmission Systems – Safeguarding electrical grids from overload, short circuits, and other disruptions.
- Power Flow Control – Regulating energy exchange between power sources and distribution networks.
- Frequency Stability – Maintaining system frequency within optimal levels to ensure efficient power transmission.
- Load Management & Power Transfer – Balancing electrical loads and optimizing power flow across transmission lines.
- Fault Analysis & Improvement – Detecting and rectifying electrical faults to enhance system performance and reliability.
- Communication & Control – Integrating SCADA systems for real-time monitoring and remote management of power grids.
Engineering & Structure
220kV transmission line towers are tall, lattice-like steel structures designed to bear high mechanical loads while maintaining structural integrity. Unlike traditional poles, these towers have a much greater height-to-width ratio, making them ideal for supporting multiple conductors and insulators across vast distances. Each tower is a space frame constructed using high-grade galvanized steel sections, providing durability, corrosion resistance, and stability against external environmental factors such as wind loads, seismic activity, and extreme weather conditions.
Functions & Importance in Power Transmission
- Supporting High-Voltage Conductors
- Minimizing Power Losses
- Maintaining Safety Clearance
- Protecting Transmission Systems: Acting as mechanical supports
- Enhancing Grid Stability
220kV Transmission Line Towers
In the ever-evolving world of electrical power transmission, the need for robust, high-capacity infrastructure is paramount. we specialize in the design, fabrication, and installation of 220kV transmission line towers, ensuring efficient and reliable power distribution across industries. These towers play a crucial role in supporting heavy electrical conductors, allowing for the seamless transmission of high-voltage electricity over long distances.
Our Work with Instrumentation
we specialize in advanced instrumentation solutions that enhance precision, control, and efficiency across various industries, including mining, power, petrochemicals, cement, railways, and material handling. Our expertise covers the supply, installation, commissioning, and calibration of high-performance measurement and control devices essential for industrial automation. With a deep understanding of process control and monitoring, we ensure that every system operates at peak performance, ensuring safety, accuracy, and efficiency in operations.
Why Choose PC Bhati for Instrumentation Solutions?
🔹 End-to-End Solutions – From supply and installation to commissioning and calibration, we ensure seamless operation.
🔹 Cutting-Edge Technology – We use state-of-the-art instruments for maximum efficiency and accuracy.
🔹 Expert Technicians – Our team of skilled professionals ensures precise setup and calibration.
🔹 Reliability & Safety – We follow strict industry standards and safety protocols to prevent failures and downtime.
🔹 Customized Solutions – We tailor our services to meet the unique needs of each industry and project.
Our instrumentation services include:
- Level Transmitter – Essential for monitoring and controlling liquid levels in storage tanks, silos, and process systems. These devices help prevent overflow, maintain process stability, and improve operational safety.
- Pressure Transmitter – Designed to measure fluid pressure, gas pressure, and industrial pressure levels, ensuring optimal system performance and leak detection in pipelines, processing plants, and machinery.
- Resistance & Temperature Detector (RTD) – High-precision sensors used to measure temperature variations with extreme accuracy. RTDs play a vital role in temperature-sensitive industrial processes to prevent overheating or operational inefficiencies.
- Level Switch – Used to detect and control liquid or solid levels in tanks, hoppers, and industrial containers. These switches help in automated process control, material handling, and inventory management.
- Flow Transmitter – Critical for measuring and regulating fluid flow in pipelines, ensuring efficient resource utilization in industries such as water treatment, oil & gas, and chemical processing.
- PH Analyzer – Used for monitoring and controlling the acidity or alkalinity levels in industrial processes. These analyzers are crucial in sectors like water treatment, pharmaceuticals, and food processing, where maintaining the correct pH balance is essential.
- Solenoid Pneumatic Valves – High-precision control valves used for automating fluid and gas flow in pipelines. These valves enhance process automation by providing fast, accurate, and reliable actuation of industrial systems.