How to reduce your electric bill

I Want to reduce your electricity bill

Don't you need to reduce your electricity bills?

How to reduce your electric bill we all need to cut down on our spending and save our money or use our money in some other better way. reduce electricity bill

 

This becomes all the more important when we come to know that the money paid in electricity bills also includes payment for theft or wastage. And, when we come to know that on the one hand, we are overpaying on the per-unit cost of electricity, we are left astonished and surprised, while on the other hand, we end up spending more unnecessarily on account of electrical gadgets. are forced to. Because they are standardized for the selected range. As our requirements are customized, we need to have equipment as per our requirement; Otherwise, we will waste 10-20% of the extra amount and even more.

 

But how can we control this extra 10-20% wastage and which can be saved?

All linear loads consume energy according to the voltage supplied to them. If the voltage drops to 10-20% of the specified voltage, we can easily save 10-20% on our electricity bill without sacrificing much on performance as all gadgets are designed to perform at a specific output. which may be more than our requirement. But as we don't know how to control it, we keep paying for that extra part of the output that we are getting, but we don't need it. In such cases, if we control and save this portion of the extra supply we don't need, we would be saving that money. Voltage optimization is the timing answer for all such needs.

 

 

 What is voltage optimization? Reduce your electric bill

Voltage optimization optimizes the voltage supplied to the gadgets keeping in mind the output required by us. For example, if you are using an incandescent lamp, we can use a 100 W lamp or a 60 W lamp.

But what to do if your requirement is between those two, either you will be wasting some light if you go for 100 W; Otherwise you will be sacrificing something on your requirement if you will be using 60 W lamp.

The answer is to go for voltage optimization and reduce the supplied voltage to the lamp by 10%. It will give you the right light without forcing you to bear the glare of the extra light you were previously forced to accept. Secondly, it will also reduce your electricity bill by 10%. So, on the one hand, you are saving your money, and on the other, you are adding to your convenience. What more do you need, you've got the icing on your cake.

 

Does voltage optimization apply to all types of loads?

All types of loads

Voltage optimization only applies to linear loads that are resistive. Their performance is to a certain degree directly proportional to the voltage supplied. If the voltage supplied to your premises is 10-20% lower, you will save up to 10-20% money. But if you reduce the voltage by a higher percentage than in that case you will be compromising heavily on the performance of the equipment. Otherwise, if you are supplying a higher voltage, than the one specified for your equipment, you will be quietly heating up the equipment in addition to shortening its life.

Non-linear loads such as inductive loads are dynamic loads, and they attempt to deliver the same output regardless of the voltage supplied. For example, if under voltage is supplied to an induction motor, it will draw a high current at low voltage to give rated output. Drawing a high current causes the motor to overheat and if this is continued, the motor will burn out. On the other hand, if a higher voltage drives the motor, it will not run at higher RPMs but will burn out due to over-stress on the insulation's windings, leading to short-circuiting.

But, what one can do, is to run the motor at specified permissible low voltage instead of higher allowable voltage. In such a case if you are running industry with a large number of motors as compared to running the motor at a lower voltage, there will be significant savings in your money bills.

 

So, how can you achieve this?

You can install a servo voltage stabilizer after the incoming supply and set the voltage to 200 V to always supply 200 V to the appliance regardless of utility voltage. This will ensure 10-15% fewer electricity bills as compared to the electricity bills you pay. The supply voltage mainly hovers between 240V-200V, even more so, if you are in an industrial or rural area.

This, on the one hand, will save your equipment from burning out due to considerable variations in the supplied voltage and, on the other hand, will save you significant money on your electricity bills.

 

Instead, it will keep your industry running smoothly throughout the year without any breakdown and will extend the life of your machinery along with drastically cutting down on your maintenance and spare parts cost.

 

Conclusion - Voltage Optimization is Necessary

Considering its benefits, Ed of Time. This should be accepted and implemented at the earliest as it is not only in your interest but also in the national interest.

The saved electricity can be easily diverted and supplied to sacred power areas, thereby drastically reducing the national burden of producing more electricity to address power shortages.

 

We,  Servo Voltage Stabilizers are a well-known manufacturer based out of India and catering all over India in Power Equipment like Servo Voltage Stabilizers and all types of Transformers including Isolation Transformers for domestic households and other industries. We have a proven track record and have an extensive inventory of satisfied, happy customers of our products such as Cosmostat Servo Stabilizers & other Transformers. We provide consulting services for voltage optimization, voltage fluctuation solutions, voltage quality management, and enhancement of equipment life and performance, along with providing expert guidance for other electrical critical quality issues.