ABL Power System

Key Features :- 

• Capacity and Function: A 500 kVA OLTC (On-Load Tap Changer) distribution transformer is designed to supply up to 500 kilovolt-amperes, with an integrated tap changer mechanism that allows voltage adjustments under load without interruption.
• Voltage Regulation: Equipped with OLTC to maintain stable voltage levels despite load variations, ensuring reliable power supply and minimizing voltage fluctuations.
• Construction Features: Typically features a sealed oil-filled tank with robust insulation, a tap changer mechanism installed on the primary or secondary side, and is housed in a weatherproof enclosure suitable for outdoor installation.
• Applications: Ideal for distribution networks requiring precise voltage regulation, such as urban substations, industrial plants, and areas with fluctuating load demands.

Key Features :- 

• Power Capacity: A 630 kVA distribution transformer is designed to handle a load of up to 630 kilovolt-amperes, suitable for medium to large residential, commercial, or industrial loads.
• Voltage Ratings: Typically features primary and secondary voltage ratings such as 11kV/433V or 33kV/433V, depending on the distribution requirements.
• Construction: Usually built with a robust core, insulated windings, and enclosed in a weatherproof tank (often MS tank), with oil immersion for cooling and insulation.
• Applications: Widely used in power distribution networks to step down high transmission voltages to usable levels for consumers and industrial users.

• Power Capacity: A 200 kVA distribution transformer is suitable for small to medium-sized electrical loads in residential, commercial, or light industrial settings.
• Voltage Ratings: Commonly features primary and secondary voltage ratings such as 11kV/415V or 33kV/415V, depending on distribution requirements.
• Construction: Usually built with a core and coil assembly housed in a robust, weatherproof enclosure, often oil-immersed for cooling and insulation purposes.
• Applications: Used to step down high transmission or distribution voltages to safer, usable levels for local consumers, serving areas with moderate power demands.