Frequently Asked Questions

Most of your questions are answered here. Please take time to go through all the answers.

Well, we are an engineering company engaged in providing customised solutions for power related issues. We can support you in preventing failure of equipment, thus your production is not hampered, losses are avoided and manpower time is not wasted. Most importantly, you can focus on growing your business, rather than solving problem (also known as fire-fighting). So our services will help you grow your business and increase profits.

Please note, as mentioned earlier, we are engineering firm – not business consultancy firm. You need our services, only if:

  1. You have electrical equipments used in your business (like air-conditioners)
  2. Your production unit  consists of expensive / sophisticated / imported equipment
  3. Failure of such equipment may cost you a big money (in repairs, delay in repairs and in quality of finished products)

In any of the above situations, we are sure that our services will give you peace of mind to focus on your business growth.

  1. Either we analyse the quality of power that you are currently receiving or we take your inputs about quality of your power.
  2. We use our knowledge and experience to understand your need, current situation and the gap.
  3. To fill the gap, we offer tuning of your current setup and/or introduction of a relevant power conditioning device to mitigate the current issue.
  4. When we recommend (and you accept it), we offer performance guarantee (or money back).
  1. Usually the initial design gets completely disturbed over a period of time and there could be some fault that is not normally visible. So we study your current load.
  2. We conduct a detailed energy audit (with respect to electrical system) at your premises, if you choose to do so. If you have already done, we simply take your inputs.
  3. If you choose not to go for detailed energy audit, we conduct a basic power analysis to study the quality of incoming electricity (by installing a power analyser).
  4. The collected data is then analysed to understand the gap.

As the name suggests, a power conditioning device helps improve the quality of your incoming power before supplying to your equipment.

You need a power conditioning device:

  1. If you have frequent failure of your electrical equipments.
  2. If there is some kind of quality issue in your finished goods.
  3. If you have expensive electrical equipment and want to prevent loss due to failure.
  4. Even if currently there is no failure, but you want to prevent loss of money or reputation due to production loss.

There are different types of power conditioning devices available, such as voltage regulators, surge protectors, power filters (harmonic filters), uninterruptible power supply systems, etc.

Each one is designed for a specific purpose. We first identify (or you tell us) the problem and accordingly we suggest you a right device of right capacity.

Voltage regulator is a device that is used to adjust the incoming supply to provide the required output. Automatic voltage regulators continously monitor the incoming supply and provide constant supply to the connected electrical equipments.

A servo voltage stabilizer is a voltage regulator that functions automatically (without a need to manually check and adjust). It is also known as Automatic Voltage Regulator or AVR System.

The function of a Power transformer or a Distribution transformer is to step-down the voltage from HT (11 KV or 33 KV) to 440 V. If your incoming HT supply has fluctuations, the transformer cannot control the same.

If you have power related issues, you must install industrial type voltage stabilizer (also known as AVR System)

Voltage fluctuations are different from spike and surges. Sudden increase in voltage (impulse voltage or transient voltage) is called spike. If it is continued for a prolonged period, it is called surge. Servo voltage stabilizers are designed to handle voltage fluctuations. A good voltage stabilizer can handle voltage fluctuations ranging upto approximately 70 V per second (or 35 V per second per phase).

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