Multi-Site BAS Implementation & 24/7 Facility Support

Netflix required a large-scale, multi-site Building Automation System (BAS) implementation to support the operational demands of a high-performance production environment. With multiple facilities operating simultaneously, the project required scalable integration, system standardization, and dependable infrastructure to maintain strict environmental and operational requirements.

Our team led a comprehensive multi-site deployment, integrating HVAC systems into a unified BAS platform designed for centralized visibility and control. In addition to new system implementation, we assessed and remediated issues within an existing Niagara platform—stabilizing performance, correcting configuration inefficiencies, and optimizing overall system reliability.

To ensure uninterrupted operations, we provide 24/7 service and technical support to the facility. This ongoing partnership delivers rapid response, proactive maintenance, and continuous system optimization—supporting mission-critical production environments where downtime is not an option.

CK – National HVAC Controls & Enterprise Solutions Partner

CK is a national account with diverse and evolving HVAC control management needs across facilities throughout the United States. As a multi-site enterprise, their operations demand scalable, standardized, and energy-conscious solutions that align with broader corporate performance initiatives.

We partner with CK to deliver modern building automation and enterprise-level control solutions that support their energy efficiency goals, operational consistency, and long-term sustainability strategy. By leveraging current technologies and tailored implementation strategies, we help ensure their facilities operate smarter, more efficiently, and in alignment with company-wide objectives.

UDLR – National Energy & Enterprise Controls Partner

UDLR is a national account with diverse requirements spanning HVAC control management, power monitoring, energy auditing, and enterprise-level solutions. With facilities distributed across multiple regions, their operations require scalable, data-driven systems that support both energy performance and operational efficiency.

We partner with UDLR to deliver modern, integrated solutions aligned with their corporate energy and operational initiatives. By leveraging advanced controls, real-time power monitoring, and strategic energy insights, we help optimize facility performance while supporting long-term sustainability and cost-reduction goals.

UNMH – Integrated Healthcare Controls & Systems Modernization

UNMH operates a highly complex building automation environment comprised of multiple protocols and diverse product lines. Their strategic objective is to unify these systems into a single, streamlined interface that enhances visibility, usability, and operational control across their facilities.

We work closely with UNMH to provide continuous technical support and thoughtful system integration, helping consolidate platforms while preserving existing infrastructure where possible. Our approach focuses on reducing upfront modernization costs, minimizing operational disruption, and creating a scalable controls foundation that supports long-term healthcare facility performance.

GSA – Full-Scale HVAC & Controls Modernization

The General Services Administration (GSA) initiated a comprehensive overhaul of its aging HVAC and building controls infrastructure to modernize facility performance and improve long-term operational efficiency.

The project encompassed a large-scale implementation, including a complete central plant upgrade, replacement and integration of 16 Air Handling Units, modernization of more than 300 VAV systems, and integration of solar and irrigation systems into the overall controls platform. The scope also required a rigorous commissioning process to ensure system reliability, performance validation, and long-term operational success.

Through strategic planning, detailed coordination, and disciplined execution, the modernization delivered a fully integrated, high-performance building system designed to support GSA’s sustainability and operational objectives.

Admiral Beverage Corporation – Cold Storage Optimization & Predictive Controls Implementation

Admiral partnered with us to design and implement a new control system focused on enhanced product temperature reporting, improved walk-in cooler management, and optimization of a small central plant.

Our solution delivered precise environmental control and real-time temperature visibility to protect product integrity, while improving operational oversight across critical storage areas. The project incorporated custom reporting and analytics-based alarming, enabling predictive insights that reduce equipment wear and proactively address potential issues before they impact operations.

The result was a seamless, integrated system that enhances reliability, extends equipment life, and supports continuous operation with minimal downtime.

Shiprock Schools – Multi-Site BAS & HVAC Modernization

Shiprock Schools undertook a comprehensive Building Automation System (BAS) and HVAC renovation across multiple facilities to improve operational efficiency and reduce long-term energy costs.

The modernization focused on upgrading legacy systems to a unified, scalable controls platform that enhances system performance while lowering operational expenses. In addition, the solution provides centralized, remote access capabilities—empowering facilities teams to monitor, manage, and troubleshoot sites from any location.

The result is a streamlined, cost-effective infrastructure that improves visibility, strengthens operational control, and supports the district’s long-term facility management strategy.

Automotive Facility BAS & HVAC Controls Optimization

Don Chalmers Ford required a modern Building Automation System (BAS) solution to support the unique operational demands of a high-traffic automotive dealership and service facility. With varying occupancy loads, showroom comfort requirements, and service bay ventilation needs, the facility required precise environmental control and operational flexibility.

We implemented an integrated BAS platform to optimize HVAC performance, improve energy efficiency, and provide centralized system visibility. The solution enhances occupant comfort in showroom and office spaces while maintaining proper environmental conditions in service and maintenance areas.

BAS Modernization & T1L Protocol Integration

Hills Church required a modernization of its existing building automation infrastructure to improve system reliability, enhance visibility, and support long-term facility performance. The project focused on upgrading Trane’s proprietary control system while implementing the emerging T1L protocol to create a more open, scalable, and future-ready platform.

By transitioning to T1L, the facility benefits from improved interoperability, simplified network architecture, and enhanced communication efficiency across devices. The upgrade reduced dependency on proprietary limitations while preserving key infrastructure investments, creating a balanced approach between modernization and cost control.

The updated BAS platform provides centralized monitoring, improved scheduling capabilities, and streamlined system management—ensuring optimal comfort for congregation spaces while increasing operational flexibility and long-term maintainability.

BAS Reliability Improvement & Long-Term Service Partnership

The Department of Game and Fish faced ongoing tenant comfort concerns and reliability challenges within its existing Building Automation System (BAS). Inconsistent environmental control and system instability were impacting occupant satisfaction and day-to-day facility operations.

Our team evaluated and stabilized the BAS infrastructure, addressing control deficiencies, improving system performance, and enhancing overall reliability. Through targeted optimization, improved scheduling strategies, and refined system configuration, we restored consistent comfort conditions while strengthening operational dependability.

For the past six years, we have provided continued service and technical support to the facility, ensuring sustained performance through proactive maintenance, system monitoring, and responsive service. This long-term partnership has resulted in improved occupant comfort, increased system reliability, and a stable controls platform that supports the agency’s operational needs.

Critical Infrastructure BAS & Advanced Systems Integration

Oppidan Data Center required a robust Building Automation System (BAS) capable of supporting mission-critical infrastructure where reliability, precision, and uptime are paramount. As a high-performance data environment, the facility demanded advanced HVAC control and seamless coordination across multiple integrated systems.

Our team delivered several intensive integrations, unifying complex mechanical and support systems into a centralized BAS platform. The implementation included advanced HVAC controls designed specifically for critical infrastructure, ensuring tight environmental tolerances, redundancy support, and real-time system visibility.

Through strategic integration, detailed commissioning, and performance validation, we established a resilient controls architecture that enhances operational stability and supports continuous uptime. The result is a scalable, high-reliability BAS framework designed to meet the rigorous demands of data center operations.

Third-Party Commissioning of Complex Mechanical & Controls Systems

The University of Miami Cancer Research Facility required independent third-party commissioning to validate the performance, reliability, and integration of its highly complex mechanical and building controls systems. As a research-driven environment, the facility demanded precise environmental control, strict performance standards, and verified system functionality to support critical laboratory operations.

Our team conducted comprehensive commissioning services, evaluating HVAC performance, controls integration, system sequencing, and operational readiness. We worked collaboratively with contractors, engineers, and facility stakeholders to identify deficiencies, optimize system operation, and ensure all mechanical and controls components performed in accordance with design intent.

Through detailed testing, verification, and documentation, we delivered a fully validated system prepared to support the stringent environmental and operational requirements of advanced cancer research. The result was a high-performance, reliable facility infrastructure backed by independent quality assurance and long-term operational confidence.

24/7 Critical Environment Controls for Chemical Storage Facilities

Rinchem operates high-risk chemical storage facilities that require strict environmental control, continuous monitoring, and uncompromising system reliability. With 24-hour operations and the inherent severity of hazardous material storage, precision and uptime are essential to maintaining safety, compliance, and operational continuity.

We implemented and optimized Building Automation System (BAS) solutions designed specifically for the demands of chemical storage environments. The system provides continuous monitoring of HVAC performance, ventilation, and critical environmental conditions to ensure proper containment and regulatory compliance.

Given the facility’s around-the-clock operations, we deliver responsive support and service strategies aligned with 24/7 performance requirements. Our approach emphasizes redundancy awareness, proactive maintenance, and rapid issue resolution—helping safeguard personnel, protect stored materials, and maintain uninterrupted operations in a high-consequence environment.

Multi-Site BAS Integration & Critical Environment Preservation

Scottsdale Museum of the West required a highly stable and precise Building Automation System (BAS) to protect the fragile environmental conditions essential for preserving valuable artwork and historical artifacts. Museums demand tight temperature and humidity control, minimal fluctuation, and continuous monitoring to prevent long-term material degradation.

Our team integrated the facility’s BAS into the City of Scottsdale’s multi-site server architecture, providing centralized visibility and standardized oversight while maintaining the museum’s specialized environmental requirements. This integration ensured alignment with municipal IT and facilities standards without compromising the precision needed for artifact preservation.

The project also included the integration of multiple third-party devices into a unified controls platform, streamlining communication across diverse systems and enhancing overall operational transparency. Through careful configuration, validation, and system optimization, we delivered a reliable, scalable solution that protects sensitive collections while supporting city-wide operational efficiency.

Unified Controls Platform & Portfolio Standardization

Reliance Properties sought to standardize building automation and HVAC control systems across its Gainey II and Pinnacle 101 properties to improve operational consistency, efficiency, and long-term asset performance. Prior to modernization, the sites operated with varying systems and configurations, limiting portfolio-wide visibility and scalability.

Our team implemented a unified Building Automation System (BAS) platform across both properties, establishing standardized control architecture, consistent operating sequences, and centralized monitoring capabilities. This system-wide alignment enhances operational transparency, simplifies maintenance, and enables streamlined facility management across the portfolio.

In addition to technical implementation, State 48 facilitated the application of local energy rebates to support the modernization effort, reducing project costs while maximizing return on investment. The result is a standardized, high-performance controls environment that strengthens energy efficiency, improves reliability, and positions both properties for scalable future growth.

Controls Design, Sequencing & Nationwide Implementation

We provide comprehensive controls design, sequencing development, and implementation services for modular boiler skid systems deployed across the country. These systems serve as critical components within larger mechanical infrastructures, requiring precise control logic and coordinated operation to ensure performance, safety, and efficiency.

Our team develops customized control sequences tailored to each application, managing staging, load balancing, safeties, and system optimization. From initial design through field implementation and commissioning, we ensure that each skid operates reliably and integrates seamlessly into the broader mechanical system.

In addition, these boiler skid systems play a key role in supporting mechanical contractors with load testing and system validation. By enabling controlled startup and performance verification, we help ensure smooth project closeout and owner turnover—delivering confidence that systems are operating according to design intent prior to final acceptance.

The result is a standardized, scalable controls solution that supports contractors nationwide while ensuring dependable performance in mission-critical heating applications.