Tustin Mechanical Services is a member of the U.S. Green Building Council. As such, we are pleased to present our customers with a variety of energy saving options that have enormous potential for increasing investment value and reducing operating costs. With new energy legislation on the horizon, we realize that energy management is a paramount concern. High-performance green buildings are quickly becoming the norm of the building industry. What does this mean for owners and managers of existing buildings? What options are available for you? From building automation to Retro-Commissioning to LEED certification for Existing Buildings, TMS can help you each step of the way. TMS specializes in finding solutions to energy management issues through building automation and through processes aimed at optimizing the performance of mechanical systems. The building automation product lines that we offer feature open system architecture allowing for ease of installation and integration with your existing systems. Our goal is to help you maximize your bottom line in a time of ever-increasing energy costs and new legislation. Our professionals can help you in many ways including the following: - LEED-EB Certification – Leadership in Energy and Environmental Design for Existing Building Certification is the nationally accepted benchmark for high-performance, sustainable, commercial-use buildings.
- Building Automation – Building control systems reduce energy consumption and operating costs,improve environmental comfort, and enable buildings to perform more efficiently.
- Retro-Commissioning – This is a process which optimizes a building’s performance by focusing on existing mechanical systems.
- Due Dilligence – We can help you analyze the mechanical systems of any potential acquisitions.
Whether you’d like to optimize the performance of your existing systems, automate your building, or pursue LEED-EB certification, the professionals at TMS are here to help you. We look forward to helping you maximize your operational efficiency while minimizing environmental impact.
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