Understanding Of L8 With Continuous Flow DHW Systems

This CPD is based on instantaneous water heating approach. Most of the time the efficiency of the heating system is provided by the burning appliance, however energy waste can occur in other parts of the system. In domestic hot water (DHW), water storage can increase considerably the energy consumption of the system. The study shows the savings that can be achieved using instantaneous heating. The study uses the notional building methodology to show the potential savings of instantaneous system.

This study compares three upcoming low-carbon systems, gas, hybrid, and fully electric. The analysis was conducted to show carbon & costs savings that can be achieved using these systems. The analysis is performed for two types of commercial buildings, a typical fast-food restaurant, and a gym health suite. This presentation shows the energy calculation, detailed schematics, and running and capital costs for each system.

This CPD shows how heat pumps can be best applied to small commercial applications. The guide deals with establishing demand and temperature, the level of centralisation and building considerations for heat pump applications. It also shows some of the best practices for designing and optimising heat pump systems. The cost and carbon are crucial project drivers, a case study of a health suite domestic hot water system is shown.

This training course is designed to give engineers, specifiers & installers an understanding of continuous flow technology. Covers the principles of continuous flow over standard dhw systems, heater functionality, installation and system design.

This training course is designed to give a good understanding of the parameters for sizing a continuous flow domestic hot water system as well as fundamental system design

Seminar raises awareness and understanding of on-demand, continuous flow water heating techniques and applications for residential and non-residential buildings. Explains the working principles of on-demand hot water heaters in respect of single units, linked modules, modular units with buffer storage and solar thermal water temperature booster.

Attendees of this course will gain a better understanding of the long term cost benefit of a Continuous Flow System. They will learn about the Life cycle cost comparison between the main sources of heating domestic hot water.