Technovision Energy Pvt. Ltd.

We are on of the leading manufacturer of Servo Stabilizers in Pune. Our Three Phase Oil Cooled Servo Stabilizers available in range from 100KVA to 2000 KVA, are one of the paradigms of precision engineered power electronic products owing to their salient features including maximum efficiency, no wave form distortion & phase shift, no effect on frequency, fast rate of correction and industrial grade etc.

 

Usage:

• Large MFG & Process plants
• Hospitals
• Cold Storrage
• Hotels & Clubs
• Engineering Units

We are on of the leading manufacturer of Servo Stabilizers in Pune. Our Three Phase Oil Cooled Servo Stabilizers available in range from 3KVA to 500 KVA, are one of the paradigms of precision engineered power electronic products owing to their salient features including maximum efficiency, no wave form distortion & phase shift, no effect on frequency, fast rate of correction and industrial grade etc.

Usage:

• Automobile & engineering Industry
• Food processing Industry
• Air conditioning & refrigeration Industry
• Telecommunication Industry

We are on of the leading manufacturer of Servo Stabilizers in Pune. Our Three Phase Oil Cooled Servo Stabilizers available in range from 3KVA to 500 KVA, are one of the paradigms of precision engineered power electronic products owing to their salient features including maximum efficiency, no wave form distortion & phase shift, no effect on frequency, fast rate of correction and industrial grade etc.

Usage:

• Automobile & engineering Industry
• Food processing Industry
• Air conditioning & refrigeration Industry
• Telecommunication Industry

We are on of the leading manufacturer of Servo Stabilizers in Pune. Our Single Phase Oil Cooled Servo Stabilizers available in range from 3KVA to 500 KVA, are one of the paradigms of precision engineered power electronic products owing to their salient features including maximum efficiency, no wave form distortion & phase shift, no effect on frequency, fast rate of correction and industrial grade etc.

Usage:

• Automobile & engineering Industry
• Food processing Industry
• Air conditioning & refrigeration Industry
• Telecommunication Industry

We are on of the leading manufacturer of Servo Stabilizers in Pune. Our Three Phase Oil Cooled Servo Stabilizers available in range from 3KVA to 500 KVA, are one of the paradigms of precision engineered power electronic products owing to their salient features including maximum efficiency, no wave form distortion & phase shift, no effect on frequency, fast rate of correction and industrial grade etc.

Usage:

• Automobile & engineering Industry
• Food processing Industry
• Air conditioning & refrigeration Industry
• Telecommunication Industry

We are on of the leading manufacturer of Servo Stabilizers in Pune. Our Single Phase Oil Cooled Servo Stabilizers available in range from 3KVA to 500 KVA, are one of the paradigms of precision engineered power electronic products owing to their salient features including maximum efficiency, no wave form distortion & phase shift, no effect on frequency, fast rate of correction and industrial grade etc.

Usage:

• Automobile & engineering Industry
• Food processing Industry
• Air conditioning & refrigeration Industry
• Telecommunication Industry

We are on of the leading manufacturer of Servo Stabilizers in Pune. Our Three Phase Oil Cooled Servo Stabilizers available in range from 3KVA to 500 KVA, are one of the paradigms of precision engineered power electronic products owing to their salient features including maximum efficiency, no wave form distortion & phase shift, no effect on frequency, fast rate of correction and industrial grade etc.

Usage:

• Automobile & engineering Industry
• Food processing Industry
• Air conditioning & refrigeration Industry
• Telecommunication Industry

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

We are on of the leading manufacturer of Servo Stabilizers in Pune. Our Single Phase Oil Cooled Servo Stabilizers available in range from 3KVA to 500 KVA, are one of the paradigms of precision engineered power electronic products owing to their salient features including maximum efficiency, no wave form distortion & phase shift, no effect on frequency, fast rate of correction and industrial grade etc.

Usage:

• Automobile & engineering Industry
• Food processing Industry
• Air conditioning & refrigeration Industry
• Telecommunication Industry

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

In spite of best efforts, Electricity board cannot ensure constant voltage to the consumer because of the long and inadequate distribution lines and irregular load patterns on distribution transformers. Generally, voltage is low during day time and high during night. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial loads are switched off, the voltage rises sharply which is potentially dangerous to cause serious damages to your electrical appliance.

Higher voltages lead to higher current & leads to:

• Higher losses in electrical motors which cause premature failure.
• High motor losses also increase the losses of cables, switches, transformers and other associated equipments.
• Over load relays are set to 20% higher capacity for smooth operation.

We are on of the leading manufacturer of Servo Stabilizers in Pune. Our Single Phase Oil Cooled Servo Stabilizers available in range from 3KVA to 500 KVA, are one of the paradigms of precision engineered power electronic products owing to their salient features including maximum efficiency, no wave form distortion & phase shift, no effect on frequency, fast rate of correction and industrial grade etc.

Usage:

• Automobile & engineering Industry
• Food processing Industry
• Air conditioning & refrigeration Industry
• Telecommunication Industry

We are on of the leading manufacturer of Servo Stabilizers in Pune. Our Single Phase Oil Cooled Servo Stabilizers available in range from 3KVA to 500 KVA, are one of the paradigms of precision engineered power electronic products owing to their salient features including maximum efficiency, no wave form distortion & phase shift, no effect on frequency, fast rate of correction and industrial grade etc.

Usage:

• Automobile & engineering Industry
• Food processing Industry
• Air conditioning & refrigeration Industry
• Telecommunication Industry