10KV 150 Kva to 1000 Kva Three Phase Pad Mounted Transformer Distribution Pad Mounted Transformer

Overview of 10KV 150 Kva to 1000 Kva Three Phase Pad Mounted Transformer Distribution Pad Mounted Transformer

10KV 150 Kva to 1000 Kva Three Phase Pad Mounted Transformer Distribution Pad Mounted Transformer is an enclosed, ground-level electrical distribution transformer commonly used in underground (UG) power systems. It steps down primary high-voltage electricity (e.g., 15kV or 25kV) to a lower secondary voltage (e.g., 120/240V or 480V) for safe distribution to residential neighborhoods, commercial buildings, and industrial parks. Its robust, lockable steel enclosure makes it safe for public areas.

Features of 10KV 150 Kva to 1000 Kva Three Phase Pad Mounted Transformer Distribution Pad Mounted Transformer

Ground-Level Enclosure: A locked, tamper-resistant, weatherproof steel cabinet that protects the internal components and ensures public safety.

Underground Cable Connections: Designed for easy connection to underground primary (high-voltage) and secondary (low-voltage) cables via compartments with built-in bushings.

Compartmentalization: Separate, isolated compartments for high-voltage and low-voltage components, enhancing safety during maintenance.

Ventilation: Designed with louvers or other ventilation systems to allow for proper heat dissipation from the transformer core and coils.

Lifting Lugs: Integrated lifting lugs for easy and safe installation and replacement using a crane or hoist.

Tamper-proof Hardware: Lockable doors with special bolts to prevent unauthorized access.

Fused Switches: Often includes fused disconnect switches for circuit protection and safe isolation.

Pad Foundation: Installed on a concrete pad (“pad-mounted”) to provide a stable, level base.

Specifications of 10KV 150 Kva to 1000 Kva Three Phase Pad Mounted Transformer Distribution Pad Mounted Transformer

This transformer handles 10,000 volts. It powers three-phase electric systems. Capacities range from 150 KVA to 1000 KVA. It is a pad-mounted circulation transformer. You install it directly on a concrete pad outdoors. This makes it very usual for neighborhoods and commercial locations. It brings power near where individuals utilize it.

The core utilizes high-grade silicon steel. This material lowers power losses significantly. Much less squandered power means reduced operating costs. The windings are copper. Copper carries out electrical energy effectively. This makes sure solid efficiency and sturdiness. The whole energetic component sits inside a tough bonded steel tank. This storage tank holds the cooling and insulating oil.

The steel container has a special finishing. This coating fights rust efficiently. The transformer endures extreme climate condition. It handles rain, sun, and temperature adjustments well. The design includes radiators or corrugations. These features enhance the cooling surface. Better cooling keeps the transformer running accurately. It stops dangerous overheating.

Safety and security is a top concern. The storage tank is entirely sealed. It avoids leakages. The enclosure is tamper-resistant. People can not quickly open it. This protects the public and pets. It also hinders criminal damage and burglary. Terminations are inside a secured area. Only certified workers access them. This arrangement fulfills rigorous safety policies.

Reduced upkeep is a key advantage. The sealed design keeps impurities out. The oil remains tidy much longer. This decreases the requirement for regular checks. The transformer gives reputable service for many years. It supplies excellent value. It balances first expense with long-term savings. This transformer is a functional remedy for dispersing power accurately.

Applications of 10KV 150 Kva to 1000 Kva Three Phase Pad Mounted Transformer Distribution Pad Mounted Transformer

These 10kV pad-mounted transformers take care of power from 150 kVA approximately 1000 kVA. They are three-phase devices. They tip down the 10,000-volt circulation voltage to safer levels usable by homes and organizations. You see them on concrete pads at ground level. This design maintains them safe and easily accessible. They are essential parts of the electric grid.

Their main work is power circulation. They feed power to entire areas. Believe rows of houses, apartment building, and small neighborhood shops. They reliably supply power where people live and work daily. They are built difficult for outdoor usage year-round.

These transformers likewise power bigger industrial areas. Shopping centers, office buildings, and schools usually need them. They manage the considerable power needs of illumination, home heating, and tools in these hectic locations. The pad-mounted layout maintains them off the beaten track but simple to service.

Industrial websites often utilize them too. Manufacturing facilities, stockrooms, and workshops need durable power. These units provide the necessary capability. They sustain machinery and procedures crucial to production. Their room safeguards essential parts from dirt and weather.

They are progressively crucial for renewable energy. Solar ranches and wind tasks attach to the grid utilizing them. They tip up or manage the power flow from these sources. This integration helps bring cleaner energy to areas.

Security and dependability are vital attributes. They are created with mistake security. They decrease risks to the public and energy workers. Their robust building makes sure lengthy life span. They endure harsh ecological conditions. Routine maintenance is straightforward. Accessibility factors are clear. Technicians can check and service them successfully. This reduces downtime. It keeps the power streaming continually.

Company Profile

PDDN Photoelectron Technology Co., Ltd. is one of the leading enterprises in power electronics technology and power products, which is fully involved in developing solar inverters， transformers, voltage regulators, distribution cabinets, thyristors， modules， diodes， heaters, and other electronic devices or semiconductors. We will be committed to providing users with high-quality, efficient products and considerate service.

It accepts payment via Credit Card, T/T, West Union, and Paypal. PDDN will ship the goods to customers overseas through FedEx, DHL, by sea, or by air. If you want high-quality 10KV 150 Kva to 1000 Kva Three Phase Pad Mounted Transformer Distribution Pad Mounted Transformer, please send us inquiries; we will be here to help you.

Payment Methods

L/C, T/T, Western Union, Paypal, Credit Card etc.

Shipment

By sea, by air, by express, as customers request.

Storage Conditions

1) Store in a dry environment at room temperature.

2) Avoid damp and high temperature.

3) Use immediately after opening the inner packing bag.

5 FAQs of 10KV 150 Kva to 1000 Kva Three Phase Pad Mounted Transformer Distribution Pad Mounted Transformer

What is a 10KV pad-mounted transformer? It’s a three-phase transformer for power distribution. It steps down 10,000-volt primary power to lower voltages for homes and businesses. These units range from 150 kVA to 1000 kVA capacity. They are completely enclosed in a grounded metal cabinet. The cabinet sits directly on a concrete pad at ground level.

Where do you install these transformers? They are placed where underground power lines meet overhead lines or feed other underground cables. You see them near neighborhoods, shopping centers, schools, and industrial parks. The pad mount design keeps them accessible for utility crews. It keeps them out of sight and safe from public contact.

What safety features do they have? The locked steel cabinet prevents unauthorized access. Tamper-proof hardware is standard. Many designs include arc-resistant construction. This contains internal faults. The enclosure is weatherproof. It withstands rain, snow, and sun. The cabinet is also corrosion-resistant.

How is the transformer cooled? Most use mineral oil for insulation and cooling. The oil circulates naturally around the core and coils. Heat transfers to the tank walls. The tank radiates heat into the air. Larger units might have cooling fins or radiators. This increases the surface area for better heat dissipation. Some special designs use less-flammable fluids.

What maintenance is needed? Utilities perform regular inspections. They check for oil leaks. They look for damage to the cabinet or pad. They monitor oil levels and condition. They check electrical connections. They test protective devices. They keep the area around the transformer clear. This ensures good ventilation and safe access.