Elecsar Engineering Co. Ltd.
Professional Electrical Engineering Services (High Voltage & Medium Voltage)

Electrical Engineering

Since 1980 Elecsar Engineering has had a centre of excellence in Southwestern Ontario (Sarnia,) Canada. Elecsar has provided high voltage and medium voltage electrical engineering services including design and project management to electrical utilities throughout North America (Canada and USA.) Our expertise is well recognized in the petrochemical industry, large institutions, and by other large industrial users of bulk electricity.

Elecsar is Authorized by Professional Engineers Ontario to offer professional electrical engineering services.

We Are Experienced

Elecsar Engineering is a compact, specialized organization with project and analytical capabilities in the areas of transmission, small generation, transformer station and distribution facilities. Since 1980, Elecsar has been responsible for the design, specification or procurement of:

2,000,000 kVA of power transformers to 345 kV;
12,000,000 m of utility/industrial distribution to 44 kV;
400,000 kW of induction/synchronous motor drives;
2,000 cells of metalclad switchgear to 35 kV.

We Are Experts

Elecsar has developed a capability and reputation in particular areas of electrical systems such as:

Design and engineering for many indoor transformer station facilities, with secondary switchgear to 35 kV;
Development of integrated substation relay and control systems;
Engineering and co-ordination of facilties design to meet safety and maintenance objectives;
Design of thermally efficient, mechanically secure underground cable systems;
Development and refinement of electrical system models to provide a realistic analysis for rotating machine and protective relay response;
Development of station auxiliary system standards to improve or enhance reliability, ease of operation and environmental responsibility.

Our Approach

Elecsar projects are characterized by some fundamental approaches:

Facilities are designed for real situations;
Facility options should address local conditions and constraints;
Field assembly should be a minimum to improve accuracy, reliability and construction schedule;
Design and equipment detail must be accurate and committed to client records;
Site inspections by qualified personnel are an investment in quality.

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