Optimising Heat Pump Enlightenment
Write up here…
This Course Covers:
1. Watt is energy?
What are Joules? What exactly are Kilowatts? How do they apply to thermal energy and what is Delta T?
This section highlights the difference between power and energy and frames how we are going to measure the energy we are trying to create, store, and distribute. As well as description of some of the terms and measurements used within the industry and this course
2. Heat loss
R-values, K-values, U-values. What these are and how we use these to calculate the thermal energy required for a building. An essential part of the two-part method of creating a low temperature system.
• How much ventilation is required for each room and what this means for heat loss.
• What happens to heat loss throughout the year
• Basic rules of thumb for quotations and calculations on the fly.
3. Mass flow rate
This introduces and explores the holy grail of heating, mass flow rate which is the relationship between flow and energy including:
• Specific heat capacity of water
• Magic Mo’s triangle
4. Velocity pipe sizing
What the difference between flow rate and velocity is how we measure and calculate velocity
The velocity triangle
• Pipe sizing
• Velocity, what is it and what it means and how to calculate
• Magic triangle
5. Pipe sizing, Pressure loss, and pump sizing
Pipe sizing, a brief overview of pressure losses, and how to calculate pump head requirements, system resistances, residual head graphs.
• Pressure loss
• Turbulent and laminar flow
• System resistance
• Index circuit
• Pump curves
• Residual head
• System curves
6. Emitter sizing
How to size your emitters (radiators) and the relevance to over or under sizing. The relevance of power and temperature.
• MW-AT-DT – What is it and where do I use it?
• Quick hand adjusters
What are we controlling and what are the variables that mean we need controls? What’s wrong with older methods of ‘on/off controls?
What You Get
Our course is online and pre-recorded, and you’ll have support from the peer-to-peer group 24-hours a day, which can be accessed at any time day or night to complete in YOUR time, not when best suits us.
Access to 7 in-depth training modules with videos and questions specifically structured to encourage a full understanding of the content, not just memorisation of the numbers!
The questions have been designed not to test your memory of what has been said in the training videos, but to use the information in real-world scenarios. This also forces you over to our peer-to-peer support platform to engage with other engineers, which has been scientifically proven to be the best way to learn new information.
This is your opportunity to begin your lifelong reference book for anything in heat pumps! With easy reference tables and all processes broken down in to manageable chunks.
Access to unlimited support from other engineers for each phase of the course in our support groups. Other engineers, system designers, policy makers, and enthusiasts are also pushed to use the groups providing a wider perspective from lots of different backgrounds.
The entire course is online and accessible from our courses website at any time of the day so you can complete it around your work hours. Simply log in and continue where you left off.
License to use the Heat Geek branding to promote your business. As the brand becomes more recognised by consumers (our current focus), this will become a symbol of quality.
If you need support during this course, please use the Facebook Group.
We do not offer individual one to one support
When Joining our Facebook Support group, you MUST answer all questions to be accepted.