Sai Electricals – Power Distribution Transformer, Electrical transformer, Servo Voltage Stabilizer Manufacturer

Listing of blogs on Servo Voltage Stabilizer

Sai Electricals — Sat, 25 Mar 2017 10:31:00 +0000

Servo Voltage Stabilizer experts at Sai Electricals have been releasing blogs on various topics for Servo Voltage Stabilizer. The blogs mainly cover following topics-

1. Servo Voltage Stabilizer.

2. Automatic Power Factor Controller.

We give here below links for all the blogs published by Sai Electricals to enable you to acquire your desired information.

1. Servo Voltage Stabilizer.

1.1 Effect of stabilized voltageon equipments

1.2 Energy saving under presentpower sceanario

1.3 Servo voltage stabilizers: asheild for the electric appliances

1.4 Operation & maintenance ofservo voltage stabilizer

1.5 Installation and commissioningof servo voltage stabilizer

1.6 Features recommended for servovoltage stabilizer

1.7 Power factor improvementthrough servo voltage stabilizer
1.8 Why carbon brush servo voltagestabilizer should be preferred over linear type stabilizer
1.9 Reducing energy bills throughvoltage control
1.10 We service our customers
1.11 Versatalityof powerware servo voltage stabilizer
1.12 Powerwareservo voltage stabilizer
1.13 Energy Saving Through VoltageControl
1.14 Energysaving through “powerware servo voltage stabilizer

2. Automatic Power Factor Controller.

2.1 How to improve the powerfactorof an system

2.2 Importance of power factor inan electrical sysytem

In case any enquiry free feel to contact us at info@saielectricals.com or visit our website www.saielectricals.com

Install “POWERWARE” Voltage Stabilizer and Start Earning Form the Day One.

Sai Electricals — Mon, 25 Apr 2016 06:14:00 +0000

EFFECT OF STABILIZED VOLTAGE ON EQUIPMENTS

A voltage stabilizer, as the name suggests helps us to have a stabilized the voltage. When there is a high voltage then it makes it to the required level of electrical equipment and vice versa. Stabilized input to the machines helps us to increase the efficiency of machines as well as quality of final product improves.

Now we consider the two cases i.e over voltage and low voltage, in first case i.e in case when the voltage is higher than the voltage at which equipment is designed to operate most effectively. Due to this over voltage problem equipment lifetime will reduced and increases in energy consumption without any improvement in performance. Similarly in second case when the voltage goes on lower side than the required/ designed voltage, due to this problem number of problem will generate in equipment, for example contactors and relays may drop out which will be the reason for interruption in operation of machines.

Your expensive equipment is being subjected to undesirable stress because of improper voltage. Typical ill-effects on some common equipment are illustrated below.

Equipments	Effects of under voltage	Effects of over voltage
UPS Systems	Low Battery Life	Failure
Electronics	Malfunction	Failure
Electron Tubes	10% drop reduces Cathode emission by 40%	5% increase reduces tube life by 50%
Rectifier Loads	At 10 % under voltage, plating rate drops by 20%, charging rate Drops by 25%, welding time increased by 20%	Excessive heat generated, produces poor welds can reduce rectifier life substantially. Plating/deposition may be uncontrolled.
Motors/ Air Conditioning	Overload and uneven heating/ low efficiency.	Overheating
Lamps, Tube lights Heating Elements	Low lux, reduced efficiency.	Higher Failure/ high energy consumption due to over heating
Process Plants	Increase in wastage of finished product, stoppage of production	Uneven quality

Increase Productivity & Product Quality:

If you install POWERWARE Electronic Automatic Voltage Controller, an added advantage is increase in Productivity & quality. This is due to the fact that nuisance equipment breakdowns due to overheating will come under control & production will go on uninterrupted. Additionally, due to a well maintained voltage level, there will be no variations in process parameters leading to consistent quality.

Further efficiency of POWERWARE servo voltage stabilizer is approx. 98.5% as compared to competitors (even IS standard) which specifies only 95%. We give below the calculation to establish the additional potential saving Rs. 3,78,000/- per year recurring, which will accrue to you using our high efficiency 500 KVA servo voltage stabilizer.

1. Min. Guaranteed Eff. of POWERWARE SVS = 98.5 %

2. Eff. of Other Make = 95 %

3. Difference is = 3.5%

4. Rating of the stabilizer = 500 KVA

5. 3.5 % of Rated Capacity = 3.5 % of 500 = 17.5 KVA

6. Total Energy Difference = KVA DIFFERENCE X 12X300 = 63000 Units

7. Cost of These Energy @ 6.00 per unit = Rs.3,78,000

So, We can observe from above that with the help of SVS we can prevent our costly equipments by voltage fluctuations as well as we can get huge saving on our yearly/ monthly energy bills.

1.4 POWERWARE SERVO VOLTAGE STABILIZER

POWERWARE Servo Voltage Stabilizer is the proven solution for all problems caused by voltage fluctuations and unbalance .It saves your costly equipments and processes from detrimental effects of fluctuating and unbalanced voltages and gives you mental peace to concentrate on more important business issues.

Our products find wide applications in industrial, commercial, residential, process plants power electronics, CNC machines etc. not only in the country but internationally also.

Key features of POWERWARE Servo Voltage Stabilizers are as below:

	Energy Saver	Optimum Output
	Complete Control	Suitable for unbalanced Loads
	Detachable Panel	Easy mounting and dismantling Can face any direction of use Provides great facility for monitoring and control by keeping inside control room
	Distortion less Waveform	Good Output quality
	Digital Display	Easy to read and accurate Good looks and helps in monitoring and control
	Quick Response	Response time-10milli sec
	Painting-Epoxy PU (optional)	Good paint quality Longer paint life in outdoor conditions
	Quality Tests	Testing as per IS 2026 high Reliability

In case any enquiry feel free to contact us at info@saielectricals.com

ISSUE OF BIS LICENSE FOR TRANSFORMER

Sai Electricals — Tue, 01 Mar 2016 10:03:00 +0000

Sai Electricals is an ISO 9001-2008 certified company, professionally managed & promoted by technocrats from IIT Kanpur with over 3 decades of experience in efficient energy management & power conditioning. We are committed to reduce global warming by improving the quality of power & providing high energy efficiency through optimum selection of equipments., because we understand that losses due to poor power quality will not only be disastrous for your business, but also for the globe.

Our computerized design of transformer gives the high efficiency as well as high reliability. We are also authorized by Bureau of Energy Efficiency for star rating transformers. Life of our Energy Efficient transformers got enhanced as these are operated on low temperatures due to low loss design.

Further we are pleased to inform to our customers that we have got BIS license vide license No. CM/L-8700024014 on Dtd. 20.01.2016.

Benefits to Customer from Energy Efficiency Level 1 BIS Approved Transformer

Efficiency of these transformers at 50% loading is more than 99.5% and at 100% loading efficiency is ranging between 98.5% to 99.1%. This transformer is highly cost effective when loading varies between no load to 100%.

HIGHLIGHTED POINTS FOR IS 1180 (Part 1) : 2014

Sai Electricals — Wed, 13 Jan 2016 08:56:00 +0000

To improve the efficiency of our electrical system recently Bureau of Indian Standards has taken some major steps to improve the electrical network of our country and now from 1^st Feb 2016 distribution transformer is added in mandatory equipment list of BIS and to manufacturing the transformer manufacturer must be obtained the license from BIS for this BIS issued the Fourth revision of IS 1180 (Part1): Outdoor Type Oil Immersed Distribution Transformers upto 2500kVA, 33KV Specification. In which BIS have been mentioned some major changes in the specification of transformers, some of the major highlighted points are as below:

In revised IS, transformers have been divided in three categories, which are as below:

a) Three phase distribution transformers upto and including 200KVA

b) Three phase distribution transformers higher than 200KVA upto and including 2500KVA

c) Single phase distribution transformers upto and including 25KVA

In revised IS specification, losses for each rating for each category have been defined in three levels which are denoted by as follows;

a) Energy Efficiency Level 1,

b) Energy Efficiency Level 2

3) Energy Efficiency Level 3

In each level maximum losses (No Load Loss + Load Loss) at 50% load & 100% load have been specified for each rating in all categories. Losses in Energy Efficiency Level 1 is almost equal to ECBC 2009 guidelines.

In revised IS 1180 there are three energy efficiency levels and for each categories, maximum values of total losses have been defined on 50% load and 100% load. Losses & percentage value of impedance for different categories are as below:

a) Three phase distribution transformers upto and including 200KVA, 11KV Class

Sl. No.	Rating (KVA)	% Z	Energy Efficiency Level 1		Energy Efficiency Level 2		Energy Efficiency Level 3
Sl. No.	Rating (KVA)	% Z	@ 50%	@ 100%	@ 50%	@ 100%	@ 50%	@ 100%
1	16KVA	4.5%	150W	480W	135W	440W	120W	400W
2	25KVA	4.5%	210W	695W	190W	635W	175W	595W
3	63KVA	4.5%	380W	1250W	340W	1140W	300W	1050W
4	100KVA	4.5%	520W	1800W	475W	1650W	435W	1500W
5	160KVA	4.5%	770W	2200W	670W	1950W	570W	1700W
6	200KVA	4.5%	890W	2700W	780W	2300W	670W	2100W

b) Three phase distribution transformers Higher than 200KVA upto and including 2500KVA, 11KV Class

Sl. No.	Rating (KVA)	% Z	Energy Efficiency Level 1		Energy Efficiency Level 2		Energy Efficiency Level 3
Sl. No.	Rating (KVA)	% Z	@ 50%	@ 100%	@ 50%	@ 100%	@ 50%	@ 100%
1	250KVA	4.5%	1050W	3150W	980W	2930W	920W	2700W
2	315KVA	4.5%	1100W	3275W	1025W	3100W	955W	2750W
3	400KVA	4.5%	1300W	3875W	1225W	3450W	1150W	3330W
4	500KVA	4.5%	1600W	4750W	1510W	4300W	1430W	4100W
5	630KVA	4.5%	2000W	5855W	1860W	5300W	1745W	4850W
6	1000KVA	5.0%	3000W	9000W	2790W	7700W	2620W	7000W
7	1250KVA	5.0%	3600W	10750W	3300W	9200W	3220W	8400W
8	1600KVA	6.25%	4500W	13500W	4200W	11800W	3970W	11300W
9	2000KVA	6.25%	5400W	17000W	5050W	15000W	4790W	14100W
10	2500KVA	6.25%	6500W	20000W	6150W	18500W	5900W	17500W

c) Single Phase distribution transformers upto and including 25KVA, 11KV Class

Sl. No.	Rating (KVA)	% Z	Energy Efficiency Level 1		Energy Efficiency Level 2		Energy Efficiency Level 3
Sl. No.	Rating (KVA)	% Z	@ 50%	@ 100%	@ 50%	@ 100%	@ 50%	@ 100%
1	5KVA	4.0%	40W	115W	35W	95W	30W	75W
2	10KVA	4.0%	70W	190W	60W	170W	55W	150W
3	16KVA	4.0%	95W	265W	82W	224W	63W	190W
4	25KVA	4.0%	125W	340W	110W	300W	95W	260W

Further to above it is also observed that IS 1180 are now also applicable for 22KV & 33KV class transformers, losses values for 22KV & 33KV class transformers shall be applicable as per below clause:

a) For transformers having voltage class above 11KV and upto and including 22KV, the permissible total loss value shall not exceed by 5% of the maximum total losses values mentioned in table a) & b) for three phase.

b) For transformers having voltage class above 22KV and upto and including 33KV, the permissible total loss value shall not exceed by 7.5% of the maximum total losses values mentioned in table a) & b) for three phase.

c) For transformers having voltage class above 11KV and upto and including 22KV, the permissible total loss value shall not exceed by 7.5% of the maximum total losses values mentioned in table c) for single phase.

d) For transformers having voltage class above 22KV and upto and including 33KV, the permissible total loss value shall not exceed by 10% of the maximum total losses values mentioned in table c) for single phase.

In case any enquiry feel free to contact us at info@saielectricals.com

Listing of blogs on Transformer

Sai Electricals — Tue, 24 Nov 2015 08:51:00 +0000

Dear Sir,

Transformer experts at Sai Electricals have been releasing blogs on various topics for transformers. The blogs mainly cover following topics-

1. Installation and Maintenance.

2. Protection of Transformers.

3. Standards and Energy Efficiency of Transformers.

4. Essentials and Selection Criteria of Transformers.

5. Corrugated Transformers and Compact Sub Stations.

We give here below links for all the blogs published by Sai Electricals to enable you to acquire your desired information.

1. Installation and Maintenance.

1.1 Site Instructions for Transformers (Part 1)

1.2 Site Instructions for Transformers (Part 2)

1.3 SiteInstructions for Transformers (Part 3)

1.4 SiteInstructions for Transformers (Part 4)

1.5 SiteInstructions for Transformers (Part 5)

1.6 Maintenanceof the Transformer

1.7 Failures in Transformers

2. Protection of Transformers.

2.1 Transformer Protection (Part-1)

2.2 Transformer ProtectionBest Practices

2.3 Transformer Protection (Part-2)

2.4 On-LineCondition Monitoring of Transformer

3. Standards and Energy Efficiency of Transformers.

3.1 Revision InIs 1180: Highlighted Points (Part I)

3.2 Revision InIs 1180: Highlighted Points (Part II)

3.3 Revision InIs 1180: Summary Points (Part III)

3.4 Method ofReducing Energy Bills through Energy Efficient Transformers

3.5 ECBCTransformers Guidelines

4. Essentials and Selection Criteria of Transformers.

4.1 Selection ofRight Transformers (Part 1)

4.2 PowerTransformer:Essential Asset of an Electrical System(Part-1)

4.3 PowerTransformer:Essential Asset of an Electrical System(Part-2)

5. Corrugated Transformers and Compact Sub Stations.

5.1 CorrugatedTransformers: Benefits & Application

In case any enquiry free feel to contact us at info@saielectricals.com or visit our website www.saielectricals.com

Heartfelt Wishes to our friends and followers on this joyful occasion of Eid Al-Azha.

Sai Electricals — Thu, 24 Sep 2015 09:48:00 +0000

ZERO DEFECT AND ZERO EFFECT

Sai Electricals — Tue, 08 Sep 2015 09:27:00 +0000

Recently our Prime Minister Mr. Narendra Modi has been given a new slogan to our nation, “Don’t compromise on two points “Zero Defect” and “Zero Effect”.

Now Let’s think about this quote deeply we conclude that making our product which has ‘zero defect’ so that it does not come back (get rejected) from the market and ‘zero effect’ so that the manufacturing does not have an bad & worst effect on our environment”.

To achieve “Zero Defect” we have implemented the following:

A) Quality circles:

1) for identifying problems and providing solutions by Implementation of following:

2) Preparing cause and effect diagram

3) Pareto Analysis

4) Check sheets

5) Inter departmental customer satisfaction

B) Implementation of 5 S across plant.

C) Implementation of LEAN MANUFACTURING to reduce the wastages

1) We are member of Lean manufacturing council under MSME Ministry Government of India.

2) Implemented ISO 9001 Quality System.

3) This initiative has reduced our wastages and delays by implementation of line balancing.

D) Use of computer aided design for reliable and defect free product.

Our Motto is:

“GREEN PRODUCT FROM GREEN PLANT FOR GREEN ENVIRONMENT”

A) We have reduced the carbon foot prints by using solar energy for oil processing and natural gas for heating ovens.

B) Water Harvesting.

C) No industrial waste is being drained out in environment.

D) By automated design using CAD we have been able to design products with lesser materials to reduce carbon foot prints.

E) Power conditioning product i.e. Servo Voltage Stabilizer, Lighting, Isolation & Harmonic Offset Transformers and also manufacturing energy saving transformers as per Bureau of Energy Efficiency guidelines.

In case any enquiry free feel to contact us at info@saielectricals.com or visit our website www.saielectricals.com

Sai Electricals wish you “HAPPY RAKSHA BANDHAN” and I pray to God for your prosperous life.

Sai Electricals — Fri, 28 Aug 2015 05:44:00 +0000

SITE INSTRUCTIONS FOR TRANSFORMERS (PART 5)

Sai Electricals — Wed, 26 Aug 2015 06:32:00 +0000

After successful installation it is very important to take care of the various safety measures during operation of transformer. Transformer ageing is very much depends upon various stresses like electrical i.e. loading patterns, surges & spikes, voltage & frequency variations, short circuit forces, over fluxing harmonic, mechanical, chemical and environmental factors which will affect the insulation of transformer and deteriorate the insulation this deterioration will affect the performance of transformer and reliability of equipment got reduced. Besides of theses stresses faults like partial discharge, electrical arcs, or hot spots generally deteriorate the condition of transformer in quick progression. Hence early detection of these faults is very important for saving transformer from any catastrophic failure.

Now a day’s various methods are available with us through which we can monitor and record the real time data for various parameters which are having a great impact on transformer performance, some of the parameters are as follows:

1) Internal Parameters

a) H2 PPM Level

b) Ambient Temperature

c) Oil Temperature

d) Winding Temperature Rise

2) External Parameters

a) Voltage & Current on all three phases.

b) Active/ Reactive Apparent Energy & Power

c) Maximum Demand/ Demand Forecasting

d) Time Bound & Stamped Data for KVAH/KWH/KVAR

With strict monitoring, accurate diagnostics of above parameters the following would be achieved effectively:

• Asset economic loading conditions identification and assessment for maximum practicable operating efficiency.

• Premature failures risk minimization.

• Life estimation and timely asset replacement/ retiring planning.

• Asset life extension by implementing correct operational and cost effective maintenance strategies

• Improvement in the system performance ensuring good reliability as well as plant availability.

• Minimization of the long-term operational cost.

• Cost saving by eliminating the unplanned maintenance.

• Minimizing the outage period.

• Relocation/ retirement planning.

• In time procurement of spare parts to get competitive rates.

• To enhance the overall reliability of the system

• Accurate risk assessment.

For recording and monitoring the real time date for above parameters we can take the help of online condition monitoring system for transformer, the typical schematic diagram is as below:

Above system are available with powerful software and having the various features some of them are as below:

Connectivity

Available through MODBUS, RS 485 & GSM/CDMA (Though Modem)

Inbuilt Software

Available & Suitable for Planning Preventive Maintenance Schedules, Asset Life Extension, Load Management and fault Monitoring

Data Storage

Data can be stored in graphical forms as well as time stamped forms

Suitable for all Voltage Class Transformers.

As we can see from above that online condition monitoring system are available with inbuilt software through which we can analyze the data and can plan our various activities which will help us in enhancing the life of transformer as well as reliability of equipment. With the help of above system we can observe 255nos. of transformer at a time. It will also benefit the end user to have power supply without interruption, in particular the industrial sector. It will reduce the risks to human kind and the environmental damages.

In case any enquiry feel free to contact us at:info@saielectricals.com

WHY Meerut is vibrant enough to become a smart city

Sai Electricals — Thu, 16 Jul 2015 10:10:00 +0000

By Girish Kumar

Keeping in view the aspirations of modern citizens, in todays world any city with a populations of 1.5 to 2.0 millions people will require smart city to live a life of Vibrancy. A smart city that is equipped with basic infrastructure to give high quality of life, a clean and sustainable environment through application of some smart solutions. Assured water and electricity supply, sanitation and solid waste management, efficient urban mobility and public transport, robust IT connectivity, e-governance and citizen participation, safety and security of citizens.

Meerut is the second largest city in National Capital region only after Delhi. Meerut could be one of the smart cities of India.

The city Meerut feels pride to stand fifth on the vibrancy index, declared by the US based financial company Morgan Stanley in the 2011 survey done on 200 cities of India. After examining it on their prescribed parameters the company adjudged its position ahead of Delhi and Mumbai in terms of investment and economic growth.

The Walled city Meerut has shown its existence from ancient period of Lord Rama and thereafter Kuru dynasty of Mahabharta which had privilege of having close association with Lord Krishna. The city also has pride of having some of the archeological site like Alamgirpur which existed parallel to Harrapa and Mohanjodaro. It also spearheaded the first war of Independence against British Raj in 1857.

SMART ENVIRONMENT

Besides being second largest city in National Capital Region (NCR) it also spearheaded the green revolution in the region in 1970s turning the region into an ‘agriculture belt’. The bumper crop of Sugarcane and potato year after year has paved the way of setting up many sugar mills and food processing plants in the region.

The trade of frozen meat flourished in the region in past one decade and many of international brands of frozen meat belong to this city which has been earning a good amount of foreign currency for country`s exchequer.

SMART ECONOMY

The city also has earned name in the manufacturing of sports goods especially world`s top cricket brand SG, SS and BDM have originated from this walled city. Engineering industry is another emerging commerce in the city. Known for its fine work of scissors manufacturing it has earned certification of geographic indicator patent in the name of ‘MEERUT SCISSORS’. This for the first time that traditional manufacturing activity has earned GI Patent in India.

Originalspecial taste of ‘Rewari and Gajak’ which is now choice of millions across the globe.

SMART PEOPLE

Education and language play a significant role in the development of a city and Meerut is quite fortunate in the way that even after experiencing brunt of many communal riots in past people of different communities have shown their zeal to live and advance on the path of development together.

City peoples` die hard’ attitude also makes it a fit case to put it in a path of development for better future of their coming generation and country as well.

With more than three dozen engineering colleges and over 70 public schools the city has emerged as hub of education. This has given the city youngsters who are well versed in English language which helps in connecting them with rest of the world and easy access to information on internet. The city also has advantage of having four universities including one agriculture university and two medical colleges.

Its skilled artisans are a major demographic advantage for engineering industry while industrialists and entrepreneurs enjoy a cordial relationship which is evident by the fact that the city has experience no ‘labour unrest’ in past fifteen years.

It is a virgin place for industrial development and 12% of its land is available for industrial use along with the advantage of low cost as compared to other places of NCR. Seeing the potential of development GAILGAS Ltd. has made its elaborate setup in the district in order to provide clean and green piped gas fuel to industries for better development of the area. Food proccesssing industries have advantage of low cost of inputs in terms of fuel as well as agriculture produce.

SMART LIVING

The people and the culture of Meerut has promoted harmony and balance between the science and technology of the modern world we live in and the beauty and purity of the natural world that surrounds us. The city is resource rich in terms of the quality of soil available for growing organic agricultural food as also this becomes possible because of the availability of less contaminated Ganga water.

SMART MOBILITY

In a quest to develop the city as new center of development the city is likely to get share of infrastructure projects of over Rs 20,000 crore in coming years These projects include Meerut Delhi express way, Rapid Rail Transit System, Bulandshahr- Meerut express way, Western Peripheral Expressway, Eastern Peripheral Expressway, Upper Ganga Expressway, Airport, Delhi Mumbai Freight Corridor, Amritsar Howrah freight Corridor etc.

Meerut stands thorough on the five pillars of a smart city which are smart economy, smart people, smart environment, smart mobility and smart living. All that we need is smart governance.

(The author is an entrepreneur Graduated from IIT, Kanpur, entrepreneur and activily associated with Industrial Association like CII, IIA, FISME, ITMA AND MIDFo)

In case any enquiry feel free to contact us at:info@saielectricals.com