Engineering Studies
Engineering Studies
The electrical power distribution within a facility is fundamental, much like the central nervous system in the human body, and it is essential for the vitality of any building, facility, or campus. At EETS, we recognize the operational significance of these systems for the optimal performance and cost-effectiveness of modern technology, equipment, and operations.
Navigating the complexities of the electricity sector requires expertise, especially given the increasing demand for electricity, the intricate web of regulatory mandates, and the dynamic nature of the electric power industry, which includes significant liberalization trends. Additionally, there is a rising call for environmentally and financially viable renewable energy sources, coupled with the necessity for efficient and reliable energy generation and the integration of smart technologies.
With decades of experience, EETS stands at the forefront of conducting comprehensive electric power system studies. Our deep understanding of electrical power distribution systems enables us to effectively identify, analyze, and resolve challenges in existing systems, as well as to design and implement new power systems tailored to meet the critical electrical demands of contemporary businesses.
Arc Flash Studies
- Recommendations for Reducing Possible Arc Flash Hazards
- Short Circuit Coordination Studies
- Arc Flash Labeling
- Time/Current Coordination Analysis
- Water & Wastewater Treatment Plants
- Water Pumping Facilities
- Generating & Transmission Facilities
- Integrated Process Control Sites
- Energy Management System Sites
- Process Manufacturing Facilities
- Power System Facilities
- Primary & Secondary Distribution Facilities
- Protective Relaying & Coordination Facilities
Power System Studies
- Load Flow Studies
- Harmonic Analysis
- Surge Protection
- Ground Grid Design
Power Quality Studies
- Identify Economic Solutions to Power Quality Issues
- Solve Process Disruptions