A smarter approach to ASHRAE G36 implementation: Ensuring compliance and continuous monitoring

With energy efficiency regulations becoming more stringent, implementing ASHRAE Guideline 36 (G36) has never been more important. This standard optimizes HVAC control sequences, ensuring buildings run efficiently, sustainably, and cost-effectively. However, getting there isn’t always straightforward.

At KODE Labs, we understand the challenges of deploying G36-compliant systems. That’s why we’ve developed a G36 Deployment Framework—a structured approach that simplifies the process, from validation to continuous monitoring.

Below, we’ll break down the key steps in monitoring G36 deployment, providing a high-level overview. For those looking for in-depth guidance, you can reference our G36 Deployment Framework guide.

Why ASHRAE G36?

ASHRAE G36 provides standardized, high-performance sequences of operation for HVAC systems. These sequences:

• Improve energy efficiency
• Ensure consistent HVAC performance
• Reduce maintenance and troubleshooting time
• Enhance occupant comfort

Yet, ensuring full compliance can be complex, requiring coordination between vendors, building operators, and control systems. That’s where a structured deployment framework makes all the difference.

The 3 key phases of monitoring G36 deployment

The deployment framework developed by our engineers follows three key phases, each designed to remove bottlenecks, improve visibility, and streamline validation.

1. Validation of points & data

Before anything else, it’s crucial to ensure all data points are properly identified and reliable.  Without a constant steam of high-quality data, even the best sequences won’t function as intended.

• Confirm required points are available
• Ensure all equipment and sensors are correctly referenced
• Validate that the collected data is trustworthy

KODE OS Tools: Building BI’s Data Quality Dashboard helps visualize data gaps and ensure systems are correctly templated before moving forward.

2. Validation of G36 sequences

Even when an HVAC system is programmed with G36 sequences, issues can arise due to incorrect configurations or missing setpoints. This phase ensures that sequences are properly commissioned.

• Test point writability to confirm the system can adjust setpoints
• Validate that cooling, heating, and pressure control requests follow G36 logic
• Identify misconfigurations and potential failures early

KODE OS Tools: Functional Testing Tool (FTT) automates sequence validation, ensuring each HVAC unit meets G36 standards with minimal manual intervention.

3. Evaluating equipment operation

Once deployment is complete, continuous monitoring is needed to ensure ongoing performance and compliance. Even with correct sequences, factors like sensor drift or unexpected building conditions can impact efficiency.

• Monitor how well equipment is meeting G36 goals
• Identify underperforming devices and prioritize fixes
• Continuously track HVAC system health

KODE OS Tools: Fault Detection & Diagnostics (FDD) and Building BI’s G36 Sequence Metrics dashboard help pinpoint issues before they become major problems.

Beyond deployment: Continuous optimization

Once G36 has been deployed, proactive monitoring ensures long-term success. By leveraging automated testing and real-time analytics, teams can quickly identify and resolve inefficiencies, keeping buildings running optimally. 

Deploying ASHRAE G36 doesn’t have to be overwhelming. With KODE OS, engineering teams get the visibility, automation, and insights they need to implement high performance HVAC sequences with confidence.

For a deeper dive into the deployment framework, read our guide or book a demo with our team to see KODE OS in action.