An electrical design service

Electrical design refers to every aspect of the electrical operation of all sizes, from the way a simple light switch works to very complicated electrical systems that supply power to large buildings. Electrical designers usually study general engineering programs in their field before specializing in electrical design. They can then use their experience in various industries, from small independent companies to even national companies in the pharmaceutical, oil and chemical industries and even the oil and gas sectors.

There are a large number of independent companies operating in the energy sector carrying out projects involving the technical design of high voltage electrical installations capable of producing voltages up to 132kv. The customer base for such companies includes many of the United Kingdom's regional electricity companies and also independent electricity grid providers. These electric power supplies require support in both new and existing distribution facilities, operating at voltages of 11kv-132kv.

The electrical designers employed by these independent companies are also complemented by the architectural and civilian designers in their hiring, which can guarantee that companies can operate a complete service ranging from the initial feasibility reports to the final design of the projects. These Electrical Design also have many years of experience working in this specialized industry and can benefit from this experience in the design, maintenance, and operation of electrical distribution networks. In addition, these designers can offer a complete grounding design service for stations. This process involves initial site surveys, studies of existing grounding systems, and the competitive design of a new grounding system using computer software recognized in the industry.

This service includes aspects as diverse as scope development, site design, delivery of building plans, and even SCADA (Monitoring Control and Data Collection), a term commonly referred to as industrial control systems, for example, computer systems that monitor and controls industrial processes (such as manufacturing), infrastructure processes (such as water treatment), and installation processes for public, private and public buildings, ships and airports to monitor and control access, plumbing and energy consumption.

The independent companies mentioned above can collaborate in all markets and disciplines in all parts of the electrical design industry. This allows companies to monitor the overall design, and since they can approach the design from so many different perspectives, they have an unmatched ability and an unbridled desire to innovate.