Ik heb veel succes met claude.ai maar goed, controleren is heel erg belangrijk maakt niet uit welke LLM je gebruikt.TunderNerd schreef op woensdag 28 augustus 2024 @ 15:42:
[...]
Verdomd snelle reactie van de meester hemzelf! Dit is waarschijnlijk precies de wiki pagina die ik niet gelezen heb... Huiswerk!
Voor YAML gebruik ik overigens vrij veel... ChatGPT. Valt me op dat hij stiekem toch veel foutief er uit gooit. Maargoed, je leert wel "lekker snel" de commando's die ondersteund worden...
Over "AI" gesproken, heb de dump van mijn settings aangeboden bij chatGPT om te kijken wat die er mee zou doen, grappig genoeg bood deze wel veranderingen aan
Mijn HRU300 settings zijn hier te vinden, van ongeveer 90% wat hier staat heb ik geen idee wat het is en of het uberhaubt goed staat, ben benieuwd of er mensen zijn met veel kennis hiervan die een soort itho tuning service bieden
voor de geinteresseerden, dit was het antwoord wat ik kreeg:
1. Fan Speeds:
Min. Speed (rpm):
Current: 800 rpm
Recommendation: Since your house is highly insulated, it likely retains heat and coolness effectively, reducing the need for high ventilation. Lowering the minimum speed to around 600-700 rpm could save energy without compromising air quality.
Max. Speed (rpm):
Current: 1900 rpm
Recommendation: Given the efficiency of your home, you may not need to run the system at maximum speed. Reducing the maximum speed to 1700-1800 rpm could be sufficient.
2. Temperature Settings:
Desired Inside Temperature (°C):
Current: 21°C
Recommendation: This is optimal, but if your heat pump maintains this temperature efficiently, you might consider lowering it by 0.5-1°C to reduce energy use further.
Hysteresis Bypass Temperature (K):
Current: 1 K
Recommendation: Increase this to 2-3 K. The tight insulation means the temperature inside remains stable longer, so a higher hysteresis will prevent unnecessary bypass activation, conserving energy.
3. Frost Protection:
Frost Protection Temperature (°C):
Current: 1°C
Recommendation: Lowering this to 0°C or even -1°C is recommended, as your house’s insulation likely reduces the risk of frost inside the system.
Frost Delay at High Speed (h):
Current: 1 hour
Recommendation: This is still appropriate, but you could experiment with increasing the delay to 1.5-2 hours to see if it impacts comfort or energy use.
4. Night Ventilation:
Night Min Vent 1 Person (%):
Current: 11%
Recommendation: With excellent insulation, consider reducing this slightly to 8-10%. The house's thermal efficiency should maintain comfort even with lower ventilation.
Night Min Vent 2 Persons (%):
Current: 33%
Recommendation: Similar to above, reduce this to 25-30%. The house’s natural thermal retention reduces the need for higher airflow at night.
5. CO2 Control:
Minimum Ventilation CO2 (%):
Current: 30%
Recommendation: You can keep this at 30% or reduce it slightly, given the insulation and air tightness, which likely keeps CO2 levels manageable.
6. Summer Night Boost:
Summer Night Boost Fan Speed (%):
Current: 100%
Recommendation: Your well-insulated house likely retains coolness effectively, so you can reduce the boost speed to 80-90% to balance cooling and energy use.
Summer Night Boost Threshold (°C):
Current: 30°C
Recommendation: Lowering this to 25-27°C can enhance comfort by pre-cooling the house during summer nights, leveraging your home’s insulation to maintain this coolness during the day.
7. Bypass Settings:
MaxBypassQF (%):
Current: 30%
Recommendation: Reduce this to 25% to limit bypass activation, conserving energy by utilizing your home’s excellent insulation and temperature stability.
8. General Adjustments:
Setpoint Efficiency (%):
Current: 85%
Recommendation: Increase this to 90%. Your house’s high efficiency will benefit from maximizing heat recovery, especially in an insulated environment where energy conservation is critical.
Signal Strength:
Current: 6
Recommendation: No change unless you experience connectivity issues. Your home’s efficiency doesn’t necessitate adjustments here.
Additional Considerations:
Humidity Control: With a highly efficient house, maintaining optimal humidity levels is crucial to avoid condensation issues. Ensure your HRU300 is balanced in a way that it does not over-ventilate, which could dry out the air too much in winter.
Seasonal Adjustments:
Consider fine-tuning the settings seasonally. For instance, in winter, you might lower the fan speeds and bypass settings even further, while in summer, you might allow slightly more ventilation to ensure comfort without compromising energy efficiency.
[ Voor 89% gewijzigd door joon op 28-08-2024 16:03 ]