About Us
Advanced Amorphous Technology
Advanced Amorphous Technology (AAT) produces distributed gap wound amorphous cores for the distribution transformer industry. AAT manufactures amorphous cores as per customer specifications for ratings from 10KVA to 1000KVA from its newly established state of the art facility at Khushkhera, Rajasthan. Our works is spread on an area of 6000 sq m with built-up space of 2000 sq m.
Dedicated to scientific research and research, AAT Amorphous formed a package of independent intellectual property industrialization systems in the core technology for basic research on amorphous and its relevant materials, processing equipment, testing, analysis, application, and development. Up to now, our main products are applied to the hydraulic power industry, electric vehicles, high-speed trains, offshore platforms, aerospace, photovoltaic power industry, wind power industry, and other fields.
- Vision
- Mission
- Quality
Our target for priority to generate the best quality manufacture has made us a main player in the electrical industry in our country. We have adopted a Strategic and Systematic Enhancement view in our trade with a vision to become a global player.
Our mission is evolution through personnel priority and product priority resulting in business priority and Stake Holder enlightenment. Modernity and development in Technology with a passion for reformation has always been a key to our success. We endeavor to continually improve, consolidate and expand.
AAT endeavor for quality warranties at all levels. Its founded manufacturing procedure and other system procedures are integrated with the Quality Management System validated to the ISO : 9001 : 2015 norm. The company adopted a total quality work civilization which has resulted in continued growth and success. ‘Improve Customer Satisfaction‘ is the quality policy of the company.
Advantages
Cost Benefit
Other Features
Proven Technology
Reduced Losses
Amorphous Metals Distribution Transformers
(1) Amorphous Core Distribution Transformers are the Next Generation Distribution Transformers whichcontribute to enormous energy savings to the Utilities and the Nation. These transformers havealmost 60-70% less No Load Losses compared to that of equivalent grade of CRGO DistributionTransformers.
(2) Since Distribution Transformers are designed to operate at a maximum efficiency at about 50-60% ofthe full load, based on the average all day efficiency, the resultant savings by usage of AMDT’s saveenormous amount in terms of losses in the distribution transformers.
(3) No Load Losses occur since the moment the DTRs are energized and keep occurring 24 x 7 in thesystem throughout the life of the distribution transformer and any savings in No Load Losses has animmense economic benefit to the utility.
(4) It may be noted that Amorphous Core Transformers are being manufactured in India since 1995 andit is now two decades that these transformers are being used in India by Various State Utilities.
(5) As on date as per the current scenario of procurements about Ten (10) States & 20 DiSCOMs areregularly buying Amorphous Core Distribution Transformers in India. Following is the list of Utilitieswhich are presently buying Amorphous Core Distribution Transformers in India:-
- APSPDCL, Tirupati, Andhra Pradesh
- APEPDCL, Visakhapatnam, Andhra Pradesh
- TSSPDCL, Hyderabad, Telangana
- TSNPDCL, Warangal, Telangana
- TANGEDCO, Chennai, Tamil Nadu
- BESCOM, Bangalore, Karnataka
- MSEDCL, Mumbai, Maharastra
- BEST, Mumbai, Maharastra
- PGVCL, Rajkot, Gujarat
- MGVCL, Vadodara, Gujarat
- DGVCL, Surat, Gujarat
- UGVCL, Mehsana, Gujarat
- DHBVN, Hisar, Haryana
- UHBVN, Panchkula, Haryana
- JVVNL, Jaipur, Rajasthan
- JdVVNL, Jodhpur, Rajasthan
- AVVNL, Ajmer, Rajasthan
- CSPDCL, Raipur, Chhattisgarh.
- Madhya Pradesh Utilities
Advantages of amorphous core transformer
- Ease in repair: It doesn’t have any complex mechanism, thus, it facilitates ease and rapid repair. Moreover, due to modular design also it helps in easy repair.
- Less no-load losses: In AMT’s the no-load losses are probably 20-30% less when compared with traditional silicon sheet transformers, where no-load losses repeatedly occur for a lifetime regardless of a load of the transformer.
- Improved overload capacity: The other key merit is that it produces less heat because the no-load loss is also less, this results in sustaining overload capacity in a better way. Consequently, it results in a longer product life shell.
- Better distribution efficiency: Since no-load loss is quite less, it promotes higher distribution efficiency. In addition to it, this will also save your monetary investments in maintenance breakdown.
- Environmental caretaker: It can be said as eco-friendly to some extent as it emits lower carbon dioxide and sulfate dioxide, therefore, protecting the environment from such harmful gases.
- Sustaining short circuits: The amorphous metal transformers have a higher strength of sustaining short circuits due to its windings and usage of foils.
