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Heat Pump COP explained

Hello everyone and welcome to the new episode of the HVAC Education Hub Channel. In this episode, we'll cover what is COP, what is the efficiency of heat pumps and what are the main variables to calculate it. COP means coefficient of performance in a heat pump or refrigerant system. It is a ratio of heating provided (heating delivered to our system) by work or energy required (electricity used to produce this heating). This electricity is mainly from the compressor, as the compressor is the heart of the refrigerant system. There are also some other parts like pumps, fan motors, and sensors, but this is very low consumption, so we will focus only on the compressor side. Thank you for watching. Subscribe to my channel and follow me on LinkedIn. Feel free to send me an email or message with feedback or questions so we can continue learning about heating systems together. Check the HVAC analysis on my LinkedIn profile:   / mario-dodic   E-mail for collaboration or requests: 📩 [email protected] Check other videos on the channel: 1. Heat Loss Calculation - ultimate guide Part1 -    • Heat Loss Calculation - ultimate guid...   2. Room Heat Loss - step by step Part2 -    • Heat Loss Calculation - ultimate guid...   3. Heat Pump Capacity and Flow Rate - Quick Formula -    • Heat Pump Capacity and Flow Rate - Qu...   4. The Main Problem with Oversized Heat Pump -    • Heat Pump Capacity and Flow Rate - Qu...   5. Heat Pump COP explained -    • Heat Pump COP explained   6. Domestic Hot Water (DHW) Tank Calculation -    • Domestic Hot Water (DHW) Tank Calcula...   7. How To Become Perfect HVAC Professional? -    • How To Become Perfect HVAC Professional?   8. What Is The Secret Behind 75 °C Water Temperature With R290 Refrigerant? -    • What Is The Secret Behind 75 °C Water...   9. Heat Pump Case Study No1 - 12 kW / 300 m2 - Part 1 -    • Heat Pump Case Study No1 - 12 kW / 30...   10. Buffer On Heat Pump System - YES OR NO? -    • Buffer On Heat Pump System - YES OR NO?   11. Heat Pump Case Study No1 - 12 kW / 300 m2 - Part 2 -    • Heat Pump Case Study No1 - 12 kW / 30...   12. Heat Pump Delta T - Why Is It Important? -    • Heat Pump Delta T - Why Is It Important?   13. Pipes In Heating System - Velocity and Diameter -    • Pipes In Heating System - Velocity an...   14. Is Heat Pump Expensive To Run? -    • Is Heat Pump Expensive To Run?   15. Heat Pump - The Simpler The Better -    • Heat Pump - The Simpler The Better   16. Heat Loss and Compensation Curve on Heating System -    • Heat Loss and Compensation Curve on H...   17. 90% of Heat Pump Installations Don't Need a Buffer -    • 90% of Heat Pump Installations Don't ...