Industrial Electrical Design
The electrical design Industrial is one of the most important services of EmmeTiTech's Industrial Engineering division. For over 10 years we have been designing and manufacturing industrial electrical systems taking into account technical specifications, regulatory requirements and budget restrictions of our customers. Our design aims to maximise the efficiency, safety and productivity of the plant and we do so by applying the latest best practices and industry standards.
Some of Emmetitech's electrical design activities
We can provide a complete service of industrial electrical design, from feasibility study to testing. We offer a wide range of industrial electrical design services, including:
- Unifilari general plans MT/BT
- Unifilari, multifilari and functional diagrams of all types of electrical panels
- Electrical load flow analysis (using dedicated SW)
- Short circuit current analysis at various levels (using dedicated SW)
- Calculation of short circuit currents to the bottom of the line
- Lighting Calculation
- Calculation of power cable section and voltage drop
- Lighting project and FM sockets, including lighting calculation
- Technical specifications of electrical components; MT-BT, MCC...
- Technical specifications for the purchase of electro-instrumental components
- Primary and secondary ground network schemes
- Motor list
- Equipment list
- Installation layout layout, equipment location
- Input for civil work
- Drawings underground and exposed cable paths with cockpit dimensioning
- Cable tables with routing
- Framework and field interconnection schemes
- Mounting and Installation Sketch
- List assembly materials
- Follow-up activities electro-instrumental supply
The stages of our indistrial electrical design service
The electrical design process is developed through different phases, each contributing to the creation of a coherent, safe and performing system:
At this stage the customer communicates to the designer some data concerning the users covered by the power supply of the electrical system such as:
- rated voltage; rated current; active and reactive power absorbed; Displacement angle between current and voltage (cosphi);
- type of load: the user to be fed may be a synchronous or asynchronous engine or in direct current or a current or constant voltage impedance which may shape the energy demand by a household in a civil environment;
- the place where the user is located and the function it has to perform, therefore if in civil, industrial, energy, transport.
These data are communicated in the form of official documents called datasheets in which all customer requests are defined.
In this second phase the designer will analyse the datasheets provided by the customer and will start to research the technical regulations regarding the project in question that define according to the user and the location of the same the characteristics that must be respected of the future plant.
At this stage the designer implements all the elements that must be part of the system and the users under examination on dynamic simulation software of voltages and currents such as ETAP and EPLAN.
It will draw the elements through which, through the energy source under consideration, the user is fed as:
- cables, transformers, batteries, capacitors, cutting boxes and motor control.
The characteristics of these components can already be chosen in part by the same customer or proposed completely by the same designer but, in any case, they will have to comply with the technical regulations and the criteria of safety, efficiency and effectiveness of the plants.
After the implementation of the installation it will be verified that the voltage and current values within the same under conditions of regime do not result in overvoltages and overcurrents otherwise the individual elements will be changed.
It is considered the failure situation in which the system can be found so implemented and, according to the criteria mentioned above, it is decided which devices must protect the components of the same from any failure. The components to be used may be disconnectors and switches.
It is decided what are, for localized users, the routes that cables must be able to perform within the structure.
Integration of systems and software used in electrical design
In addition to electrical design, we also offer systems integration services, allowing a harmonious connection between the electrical system and others industrial plant systems, such as automatic control, automation and energy management. In electrical design we use different software including:
Want to know more about our service in electrical design?
By offering a personalized and complete electrical design service, we are committed to providing our customers with reliable, safe and efficient solutions, contributing to the achievement of their production objectives and the improvement of the overall performance of the plant.
If you want to know more about the electrical design service, don’t hesitate to write to us through the appropriate form "contact us" or by calling our fixed number 0143 667586, our specialist technician will answer all your requests!
