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Learn more about the Panasonic OASYS system: https://oasys.na.panasonic.com Follow Panasonic IAQ on Instagram: / panasoniciaq One year after completion, the Panasonic OASYS concept home has been fully lived in, monitored, tested, and analyzed—and the results are in. In this episode of The Your Project Shepherd Podcast, Curtis Lawson is joined by Ken Nelson, Group Sales Manager for Panasonic IAQ, to break down what builders can actually learn from a full year of real-world performance data from the OASYS home in Houston, Texas. This is not a showroom demo or a lab test. This home has experienced occupancy, vacancy, extreme heat, high humidity, system adjustments, and even intentional stress-testing—all while collecting temperature, humidity, and air quality data throughout the house. Key builder takeaways from this conversation include: 1. Why continuous air movement outperforms traditional HVAC cycling 2. How OASYS achieved consistent temperatures within 1–2 degrees room to room 3. What the data revealed about moisture management in a tight envelope 4. The real-world performance of ERVs in hot, humid climates 5. Why small “cost savings” during construction can lead to major warranty risks 6. What surprised Panasonic most after a full year of operation If you’re a builder thinking about tighter envelopes, indoor air quality, moisture risk, or long-term durability—not just first-cost decisions—this 1-year retrospective offers practical insights you can apply to your own projects. Timestamps: 00:00 – Why Panasonic built a real OASYS test home 03:00 – Why Houston was chosen for the case study 07:45 – Continuous operation vs. traditional HVAC cycling 10:10 – Why “always moving air” matters in tight homes 15:30 – Temperature consistency and comfort across the house 30:35 – Low-energy air movement and system efficiency 42:20 – Measured performance: 1–2° temperature variance 51:45 – ERV performance and humidity control insights 59:10 – How fast moisture damage actually shows up 1:01:00 – Biggest lessons learned after one full year 1:05:00 – What builders should take away from the OASYS project