Engineering Solutions

Reduce the energy consumption of existing HVAC equipment through the improvement of control systems. Comprehensive review and analysis guide modifications that ultimately increase the efficiency and lifespan of your system, saving you operational and equipment costs over time. 

Track facility performance before, during, and after the implementation of retro-commissioning (RCx) and Building Automation System (BAS) upgrades to enhances stakeholder confidence with proof that sustainability goals have been achieved, not to forget maintaining regulatory compliance. Also allow for the continued improvement through accurate data that optimizes building performance and maintenance. Discover the power of precise measurement—your key to a sustainable, profitable future.

The programmatic planning, design, financial analysis, construction, and commissioning year over year of all mechanical control systems in facility. This process is essential for enhancing energy efficiency, optimizing system performance, and ensuring cost-effective operations in buildings. As a result, facilities can significantly reduce energy waste and operational costs. This strategic approach provides a roadmap for sustainable, efficient, and intelligent building management, today and well into the future.

We provide a 360 degree view of where your facilities stand today in regards to HVAC efficiency, equipment health, operational costs and carbon emissions. Discover your baseline to better understand your savings potential, and build a data driven plan to reach these financial and sustainability goals.

Optimum Energy designs and builds the most efficient building systems possible, without compromising occupant comfort or safety. Delegate the creation of construction documents, bidding and awarding contractors, and other project tasks to our team of industry leading engineers.

A software-based piping network to simplify reality, enabling the evaluation of extensive data swiftly, often referred to as a Digital Twin. Utilized for day-to-day operations and future planning of water systems, facilitating the identification of inefficiencies, problem areas, and system behavior across different operational scenarios.