CLEVER-TRANSFO CLEVER-MT CLEVER-INDUCTOR
CLEVER-TRANSFO, CLEVER-MT and CLEVER-INDUCTOR
are wholly innovative applications to generate a comprehensive
electrical and mechanical design of transformers, reactors and
inductors.
That is made possible by its being fully customizable and based on the client’s design rules.
It allows for a reduction of design time by 40 to 60%, an improvement of the product quality and a reduction of non-compliance, thus saving a lot of money. Calculation is based on constantly growing original studies, as opposed to classical formulas.
PRODUCT SPECIFICATIONS
Designing a transformer itself is simple enough: traditional formulas, well known by any good electrical engineer and an Excel sheet are sufficient. But difficult is to create a product that meets customer specifications at minimal cost and, even more difficult is to build a technical environment that encourages this process. In a mature industry such as transformers, competitiveness is more and more a question of specialty : special products, non-standard, electrical and dimensional requirements often very strict.Prices and terms of delivery are definitely fundamental. To overcome the competition and increase the margin now the watchwords are:
• OPTIMIZATION
• SPEED
• RESEARCH AND DEVELOPMENT
• QUALITY
The final cost of the product is decided during the design. The engineering determines the characteristics, the shape of the product, the content of materials, the ease (or difficult) manufacture and finally the cost; time also affects the cost of the project - because it is spent by the most qualified personnel - and the reduction of design time is beneficial for productivity and delivery terms.
And here, then, one must focus.
• Calculation methods must work well also for special, non-standard, and smaller-sized products
• You have to be able to quickly produce several design versions in order to choose the best. That will allow you to optimize the product without wasting time
• Retrieving similar projects must be easy, so you can use them as templates, thus saving time and money.
• Your design should be oriented toward the use of standard materials.
• It is very important to automatize the design of mechanical parts, as well as the production of the bill of materials and the manufacturing papers. This will reduce to a minimum the time spent on these phases.
• Your company’s know-how should be shared among your engineers through codified
procedures.
Today you cannot do without an effective IT design tool, but makes it sense to create its own software in which own technical know-how is encoded, with a considerable and sometimes unbearable investment? Usually this is the problem.
But here's good news: we have the solution.
We have developed CLEVER-TRANSFO, CLEVER-MT and CLEVER-INDUCTOR a completely innovative and completely customizable applications, that deals, in a comprehensive manner, the electrical and mechanical design of transformers, inductors, reactors.
Now it is ready to be enriched with your design rules - we can also help to improve them... it will be as if you written by yourselves ... but at much, much lower cost.
The advantages?
DESIGN TIME reduced between 40 and 60%, depending on your particular situation
OPTIMIZED PRODUCTS AND DRASTIC REDUCTION OF ERRORS, AT ALL LEVELS
KNOWLEDGE SHARING BETWEEN DESIGNERS, NATURAL, WITHOUT EFFORTS
RECORD KEEPING IN LINE WITH ISO 9001
Entering the merits of the design method, here are the important aspects: originality, reliability (the result of extensive tests) and constant development.
Range of products currently provided:
- LV Transformers single and three phase, also with built-in reactors
- DC Inductors
- LV Reactors single and three phase
- MV Transformers, dry type, cast resin NEW
This range may be extended, depending on your needs.
The software is in fact structured to allow integration of other products and/or interfaces to different CAD systems and data management programs. The development tool used is one of the most modern and promises a stable software, capable to handle large volumes of data and large number of users working simultaneously.
That is made possible by its being fully customizable and based on the client’s design rules.
It allows for a reduction of design time by 40 to 60%, an improvement of the product quality and a reduction of non-compliance, thus saving a lot of money. Calculation is based on constantly growing original studies, as opposed to classical formulas.
PRODUCT SPECIFICATIONS
Designing a transformer itself is simple enough: traditional formulas, well known by any good electrical engineer and an Excel sheet are sufficient. But difficult is to create a product that meets customer specifications at minimal cost and, even more difficult is to build a technical environment that encourages this process. In a mature industry such as transformers, competitiveness is more and more a question of specialty : special products, non-standard, electrical and dimensional requirements often very strict.Prices and terms of delivery are definitely fundamental. To overcome the competition and increase the margin now the watchwords are:
• OPTIMIZATION
• SPEED
• RESEARCH AND DEVELOPMENT
• QUALITY
The final cost of the product is decided during the design. The engineering determines the characteristics, the shape of the product, the content of materials, the ease (or difficult) manufacture and finally the cost; time also affects the cost of the project - because it is spent by the most qualified personnel - and the reduction of design time is beneficial for productivity and delivery terms.
And here, then, one must focus.
• Calculation methods must work well also for special, non-standard, and smaller-sized products
• You have to be able to quickly produce several design versions in order to choose the best. That will allow you to optimize the product without wasting time
• Retrieving similar projects must be easy, so you can use them as templates, thus saving time and money.
• Your design should be oriented toward the use of standard materials.
• It is very important to automatize the design of mechanical parts, as well as the production of the bill of materials and the manufacturing papers. This will reduce to a minimum the time spent on these phases.
• Your company’s know-how should be shared among your engineers through codified
procedures.
Today you cannot do without an effective IT design tool, but makes it sense to create its own software in which own technical know-how is encoded, with a considerable and sometimes unbearable investment? Usually this is the problem.
But here's good news: we have the solution.
We have developed CLEVER-TRANSFO, CLEVER-MT and CLEVER-INDUCTOR a completely innovative and completely customizable applications, that deals, in a comprehensive manner, the electrical and mechanical design of transformers, inductors, reactors.
Now it is ready to be enriched with your design rules - we can also help to improve them... it will be as if you written by yourselves ... but at much, much lower cost.
The advantages?
DESIGN TIME reduced between 40 and 60%, depending on your particular situation
OPTIMIZED PRODUCTS AND DRASTIC REDUCTION OF ERRORS, AT ALL LEVELS
KNOWLEDGE SHARING BETWEEN DESIGNERS, NATURAL, WITHOUT EFFORTS
RECORD KEEPING IN LINE WITH ISO 9001
Entering the merits of the design method, here are the important aspects: originality, reliability (the result of extensive tests) and constant development.
Range of products currently provided:
- LV Transformers single and three phase, also with built-in reactors
- DC Inductors
- LV Reactors single and three phase
- MV Transformers, dry type, cast resin NEW
This range may be extended, depending on your needs.
The software is in fact structured to allow integration of other products and/or interfaces to different CAD systems and data management programs. The development tool used is one of the most modern and promises a stable software, capable to handle large volumes of data and large number of users working simultaneously.
Downloads
Type of transformer
Distribution OIL
Distribution DRY
Power Transmission
Type of supply
Methods and men
Process Area
Design
Conditions
New