Our Services
Electrical Engineering Services for B.C.
Design Solutions for Buildings That Work
Electrical Service Upgrades
Modernizing electrical infrastructure to support increased demand, improve safety, and meet current code requirements. We design and coordinate upgrades for systems up to 25kV, ensuring seamless integration with utility requirements and minimal disruption to operations.
Lighting Design
Creating efficient, functional, and visually effective lighting systems for both interior and exterior spaces. We use lighting design software to model performance and appearance, helping communicate abstract concepts clearly and support informed decision-making.
Electrical Planning Reports
Assisting strata corporations in complying with British Columbia’s mandate to obtain an Electrical Planning Report (EPR). Our EPRs evaluate your property’s current electrical capacity and outline necessary upgrades to support future demands, including electric vehicle (EV) charging infrastructure. We ensure that your strata is prepared for the increasing adoption of EVs and heat pumps, facilitating informed decision-making and strategic planning for sustainable, code-compliant installations
Power Distribution and Design
Designing safe, efficient, and scalable electrical systems from service entrance to point of use. We provide load calculations, equipment sizing, and utility coordination to support reliable, code-compliant installations across a range of project types.
Fire Alarm and Life Safety
Designing code-compliant fire alarm and life safety systems that support occupant safety and streamline approvals. We provide system layouts, device coordination, and integration with building systems to ensure clear egress, early detection, and reliable operation across a range of occupancies.
Power Factor Correction
Improving electrical efficiency by minimizing reactive power and reducing demand charges from utilities. We assess existing electrical loads, identify inefficiencies, and design capacitor bank solutions that enhance system performance, lower energy costs, and extend equipment life—particularly in commercial and light industrial facilities where inductive loads are common.