Building automation and control systems

Building Automation & Controls

Commercial building automation and controls for HVAC monitoring, scheduling, setpoints, alarms, integration, and energy-management workflows.

Building automation connects mechanical equipment, sensors, controllers, and operator interfaces so facility teams can monitor conditions and manage HVAC operation from a coordinated platform. Peak Mechanical Construction provides commercial controls work for new systems, equipment replacements, renovations, and existing-building upgrades.

Building Automation and Energy Management

Our controls scope can include direct digital controls (DDC), field devices, control panels, equipment interfaces, networked controllers, sequences, alarms, schedules, and operator graphics. The specific architecture is coordinated with the project requirements and the facility’s installed systems.

Controls projects may use components such as:

  • Temperature, humidity, pressure, flow, and occupancy sensors
  • Switches, relays, actuators, valves, and variable-frequency-drive interfaces
  • Controllers, gateways, meters, and data-logging devices
  • Alarms, schedules, trends, setpoints, and operator dashboards

We develop project-specific operator graphics and dashboards around the approved points list and control sequence. Installation, wiring, programming, startup, and functional testing responsibilities are defined for each project and coordinated with the mechanical equipment and other controls providers.

Existing-System Integration

Controls upgrades often need to work with existing equipment, field devices, communication protocols, or front-end platforms. We review available record information and accessible field conditions, then identify integration requirements, limitations, and responsibilities before implementation.

When third-party licensing, factory authorization, or proprietary access is required, those dependencies are identified as part of the project scope.

Systems Commonly Connected to Building Automation

Depending on compatibility and project scope, a BAS may monitor or control systems such as:

  • HVAC systems
  • Ventilation and air purification systems
  • Air handlers
  • Boilers, chillers, pumps, fans, and packaged equipment
  • Refrigeration or specialty mechanical equipment
  • Utility meters and selected third-party system status points

How Facility Teams Use a BAS

A well-defined controls system gives different stakeholders access to the information and functions relevant to their work:

Facility managers can review alarms, schedules, setpoints, trends, and equipment status while investigating comfort or operating issues.

Owners and operators can use documented trend data to inform maintenance, operational changes, and future capital planning.

Property managers can coordinate schedules and temperature expectations across occupied areas while directing technical issues to facility personnel or service providers.

Controls Planning and Modernization

The starting point may be a new controls platform, an equipment-specific upgrade, or an aging system with incomplete documentation. PMC works with the facility and project team to define current conditions, desired operator functions, integration needs, and a practical implementation sequence. Contact us to discuss a commercial building automation or controls project.

Target Markets

  • Commercial
  • Industrial
  • Education
  • Government
  • Healthcare
  • Retail
  • Entertainment
  • Hospitality
Where We Work

Building Automation & Controls Service Locations

Choose a city below to explore local building automation & controls capabilities and project considerations.

PMC Service Area We Service These Cities
Approx. drive time from Auburn

Swipe the route map sideways to follow each corridor

Cities with PMC Building Automation & Controls service pages A map of PMC service locations along major Northern California freeways and highways. City marker colors represent approximate travel times from Auburn, with extended service reaching Truckee, Chico, Lodi, and South Lake Tahoe. SIERRA NEVADA SACRAMENTO VALLEY Sacramento River Lake Tahoe Chico: 105–120 min via CA-65 / CA-70 / CA-99 north Chico Oroville: 80–95 min via CA-65 / CA-70 north Oroville Marysville: 50–65 min via CA-65 / CA-70 north Marysville Yuba City: 50–65 min via CA-65 / CA-99 north Yuba City Woodland: 55–70 min via I-5 / CA-113 Woodland Lincoln: 25–35 min via CA-193 / CA-65 Lincoln Nevada City: 35–45 min via CA-49 north Nevada City Grass Valley: 30–40 min via CA-49 north Grass Valley Truckee: 75–95 min via I-80 / Donner Pass Truckee Colfax: 20–25 min via I-80 east Colfax Auburn: Auburn home base via PMC home base P PMC • AUBURN Loomis: 15–20 min via I-80 west Loomis Rocklin: 20–30 min via I-80 west Rocklin Roseville: 25–35 min via I-80 west Roseville Citrus Heights: 35–45 min via I-80 west Citrus Heights Sacramento: 40–55 min via I-80 west Sacramento West Sacramento: 45–60 min via I-80 west West Sacramento Davis: 55–70 min via I-80 west Davis Rancho Cordova: 45–60 min via I-80 / US-50 Rancho Cordova Granite Bay: 25–35 min via Auburn–Folsom Road Granite Bay Folsom: 35–45 min via Auburn–Folsom Road Folsom El Dorado Hills: 40–50 min via Auburn–Folsom Road / US-50 El Dorado Hills Cameron Park: 50–60 min via US-50 east Cameron Park Placerville: 45–60 min via CA-49 south Placerville Elk Grove: 60–75 min via I-80 / CA-99 south Elk Grove South Lake Tahoe: 120–150 min via CA-49 / US-50 — weather dependent. Contact PMC to confirm scheduling. South Lake Tahoe Lodi: 70–90 min via I-80 / CA-99 south. Lodi
City details Auburn, CA Auburn home base PMC home base
Nearby
15–35 min
Regional
30–65 min
Extended
55–95 min
Scheduled
90+ min