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ELECTRICAL POWER NETWORK DESIGN
We work hard every day to make our company the world's best. Our electrical engineers believe in professionalism and client satisfaction. We have a dedicated team of individuals who are experts and fulfill all the requirements related to the different phases of the electrical design for your building.
Electrical Power design:
Electrical design entails planning, creating, testing, or supervising the development and installation of electrical equipment, including lighting equipment, power systems, power distribution, fire and life safety systems, electronic components, and voice and data communications infrastructure.
Electrical designs should include detailed information such as panel schedules circuit designations, conduit routing, wire types and sizes, conduit types and sizes, enclosure and equipment classifications, switch and receptacle grades, and circuit breaker types.
All project stages and phases are equally important have to be executed with the appropriate standards and measurements. There is a lot that goes into a construction project. One of the most important aspects of such a project is electrical systems work. That’s because, it entails laying down the system that will power your home.
General Guidelines in Electrical Design:
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Determine the load power demands. ...
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Service connection. ...
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The architecture of the Electrical Distribution. ...
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Protection against electric shocks.
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Sizing and Protection.
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Protection against overvoltages
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Energy efficiency in electrical distribution
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Reactive energy.
Important considerations when designing an electrical system:
Electrical designs should include detailed information such as panel schedules circuit designations, conduit routing, wire types and sizes, conduit types and sizes, enclosure and equipment classifications, switch and receptacle grades, and circuit breaker types.
Building Electrical Design Strategy:
The primary goal of any building's electrical design is to provide a safe, energy-efficient system that meets the client’s needs and is in compliance with codes. Life safety and the preservation of property are two of the most important factors in the design of the electrical system.
Why Us:
Our engineers have strong technical knowledge, as well as they are problem-solving, communicative, and leadership and project management skills.
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Engineers will go through design plans, communicate with clients, go to the site of a project to supervise workers, monitor a project's finances, and work with other experts to solve problems and develop better ideas.
The electrical design includes four stages as follows:
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Conceptual design stage
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Preliminary design stage
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Developed design stage
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Detailed design stage.
Parts of an electrical plan:
The major parts of an electrical plan include general and specialized electrical requirements, lighting systems, and the electrical distribution system. Every electrical plan must be designed to recognize industry standards, use appropriate electrical symbols, and conform to all applicable codes.
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Software for electrical design:
CAD software is an essential tool for creating electrical drawings, electrical schematics, wiring diagrams, and many other forms of electrical design.
Electrical CAD:
Electrical computer-aided design (ECAD) software systems are used to design and develop electronic systems such as printed circuit boards (PCBs) and integrated circuits (ICs). ECAD software enables electrical engineers to create and modify diagrams and layouts including 2D and 3D models.
Responsibilities of our electrical engineers:
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Making plans using detailed drawings.
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Preparing estimates and budgets.
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Creating accurate project specifications.
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Designing engineering experiments.
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Creating technical reports for customers.
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Completing regulatory documents concerning safety issues.
