Delivering enough power and operating safely are basic requirements for all electrical installations. However, electrical engineers also recommend the use of energy efficiency measures. While these measures may increase the initial cost of your electrical systems, every dollar invested is recovered several times during the service life of your building we offer a quality electrical engineering design service for all stages of a construction or building services project to meet fast turnover times, accurate electrical capacity and achieve low maintenance costs.
Our electrical engineering designs include floor plans, diagrams, schedules, equipment, specifications and construction details relating to electrical equipment, cables, and switches other related fittings and accessories. These are all reviewed, signed and sealed by a licensed professional electrical design engineer.
Indoor lighting accounts for about 10-15% of all electricity in the building. Our MEP engineers can design systems and suggest equipment and automation techniques that can help a building to reduce its lighting consumption by 20-60%. By incorporating natural daylight and adding sensors and energy-efficient light fixtures, our MEP engineers can not only reduce electricity usage and costs, but can provide a more comfortable indoor environment for occupants.
From medium to low voltage design, our electrical engineers and designers work closely with clients to identify their specific requirements, and implement cost-effective solutions for high performance and reliable operations. Our engineers are experienced across many facility types, including healthcare, education, religious, medium voltage distribution, physical plant, substations, and many more.
Electrical installations have a very important role in buildings, since they provide an energy source for many appliances and building systems. In modern society, electric current is the fastest and most efficient method to deliver energy. However, the power of electricity also makes it dangerous when not used property, and electrical systems must be safe and reliable.
Buildings use plenty of equipment and devices that run with electricity. There are many types of electrical installations, but they must all meet two common requirements:
1) Being able to deliver enough power for all the electrical devices connected, while keeping a stable voltage.
2) Operating safely without exposing occupants to electric shock, and without creating fire hazards.