Showersave has printed a brand new report and government abstract exploring scorching water cylinder sizing for home warmth pump methods with showers.

With warmth pumps anticipated to play a central position within the Future Properties Normal, Showersave is urging housebuilders to think about the advantages of Waste Water Warmth Restoration Methods (WWHRS) and Instantaneous Electrical Showers (IES). These applied sciences, the corporate says, can enhance the efficiency of home scorching water methods, scale back scorching water demand, and lower family electrical energy demand for heating.  

Developed in collaboration with Chris Martin – previously of the Vitality Monitoring Firm – and Triton Showers, the report, titled Scorching water cylinder sizing for home warmth pump methods with showers: Accounting for Waste Water Warmth Restoration and Instantaneous Electrical Showers’, explores how WWHRS and IES can scale back scorching water demand, how WWHRS can decrease electrical energy consumption by pre-heating the incoming chilly water, and why improved scorching water cylinder-sizing fashions are wanted to precisely replicate the affect of those applied sciences. 

Tony Gordon, Managing Director at Showersave, stated: “Our clients, together with housebuilders and housing associations, face a number of challenges when putting in warmth pumps, notably discovering area for a scorching water cylinder in houses that beforehand didn’t require one. This report demonstrates why the present steering on scorching water cylinder sizing should evolve to replicate new applied sciences akin to WWHRS and IES.  

“Working alongside Chris Martin and Triton Showers has allowed an in depth examination of how each housebuilders and owners may be supported to cut back power payments, improve scorching water system efficiency and meet the Future Properties Normal.”  

Picture: Showersave