1000kva Transformers Pad Mounted-transformer PV Transformer for Solar Power Plant Substation

Overview of 1000kva Transformers Pad Mounted-transformer PV Transformer for Solar Power Plant Substation

1000kva Transformers Pad Mounted-transformer PV Transformer for Solar Power Plant Substation 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 1000kva Transformers Pad Mounted-transformer PV Transformer for Solar Power Plant Substation

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 1000kva Transformers Pad Mounted-transformer PV Transformer for Solar Power Plant Substation

These 1000kVA pad-mounted transformers are constructed for solar energy plant substations. They reliably tip down high voltage from the solar range to functional levels for the grid. The primary voltage typically handles 34.5 kV. The additional voltage is typically 0.48 kV. This matches common solar inverter outcomes.

The transformers use mineral oil for insulation and cooling. This oil is included within a strong, welded steel container. The tank construction is durable. It withstands extreme outside conditions. Corrosion resistance is essential. The tank features durable external components. All exterior components withstand weather damage. This ensures long-lasting dependability.

Temperature level management is important. The layout consists of cooling down fins or radiators. These parts properly dissipate warm. Heat comes from solar power conversion. The transformer takes care of continual load cycles. Solar generation rises and fall. The transformer manages these variations smoothly. Internal components are top-quality electrical steel and copper. These products minimize power losses. Performance is a vital focus.

Safety is extremely important. The transformer consists of pressure relief devices. These stop inner overpressure. A liquid degree scale is typical. It allows very easy oil monitoring. Grounding arrangements are clear and accessible. Security versus faults is integrated. This safeguards the tools and the substation. The design satisfies or goes beyond industry criteria. Qualifications like IEEE C57.12.34 prevail. These validate efficiency and safety and security.

Installment is straightforward. The transformers are pad-mounted. This implies they sit on a concrete piece. They connect directly to the switchgear. This setup is compact. It saves area in the substation lawn. Upkeep demands are low. The style concentrates on dependability. Solar plants require reliable operation. These transformers deliver regular power transfer. They create a critical web link in between solar generation and grid assimilation.

Applications of 1000kva Transformers Pad Mounted-transformer PV Transformer for Solar Power Plant Substation

These 1000kVA pad-mounted transformers deal with huge power tasks in solar energy plant substations. They are vital for linking the solar farm to the primary grid. The PV transformer part is vital. Photovoltaic panel make DC power. The PV transformer modifications this DC power into AC power. The grid makes use of air conditioning power. This modification is required. The transformer also improves the voltage. Power takes a trip cross countries best at high voltage. This decreases energy loss. The 1000kVA score indicates it deals with large solar arrays. It supports large tasks.

Pad-mounted suggests the transformer rests on a concrete pad outside. This layout is extremely common for substations. It saves space inside structures. It permits much easier gain access to for maintenance crews. The steel unit safeguards the interior components. It guards them from weather, dust, and animals. The unit likewise keeps individuals safe. It protects against unintended call with real-time parts. These transformers are developed challenging. They endure harsh outdoor conditions year-round.

In the substation, this transformer links the solar farm’s outcome to the grid. It steps up the voltage from the solar inverters. It feeds this greater voltage power into transmission lines. Often several transformers collaborate. They take care of the complete power result of the plant. Dependability is essential right here. Any failing stops power circulation. These units are created for continuous, trustworthy operation. They guarantee the solar electrical energy reaches homes and organizations. Appropriate installment and upkeep are important. They assure long service life and grid stability.

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 1000kva Transformers Pad Mounted-transformer PV Transformer for Solar Power Plant Substation, 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 1000kva Transformers Pad Mounted-transformer PV Transformer for Solar Power Plant Substation

People often ask about 1000kVA pad-mounted transformers for solar substations. Here are five common questions and clear answers.

Why choose 1000kVA for solar plants? This size handles power from many solar panels efficiently. It steps up the voltage for sending electricity long distances to the grid. Wrong size transformers waste energy or overload easily. The 1000kVA fits many standard solar farm setups well.

How do they handle tough weather? These transformers are built strong. They sit on a concrete pad outside. Their enclosure is sealed tight against rain, dust, and extreme heat or cold. Special coatings prevent rust. This protects the vital parts inside from harsh outdoor conditions near solar panels.

Are they safe near people? Safety is a priority. The live electrical parts are completely locked inside a grounded metal tank. You cannot touch them. The transformer oil inside is specially treated. It won’t easily catch fire. Warning labels are clear. Only trained workers should open them.

How efficient are they for solar power? High efficiency is crucial. Every bit of saved energy matters. Modern 1000kVA pad-mounts lose very little power. They often achieve over 98% efficiency. This means more solar electricity gets to homes and businesses. Less power is wasted as heat.

What maintenance is needed? They need little regular care. The sealed design keeps dirt and moisture out. Check oil levels and connections yearly. Look for leaks or damage. Sometimes test the oil quality. Good maintenance ensures long life and reliable solar power delivery.