heating

by Scott Ditchfield, Head of Sales Network - Residential Product Group, Mitsubishi Electric

Decarbonising the built environment is one of the biggest focuses in the UK today, in order to reach the ambitious goal of net-zero carbon emissions by 2050. Heating and hot water are big emitters of carbon, so changing the way we heat homes is vital to achieving this – and housing associations embracing low-carbon heating play an important part.
 
For social housing, keeping tenants warm and comfortable while ensuring energy costs stay low is critical. As we head into the colder months, it’s important that housing associations are supported to be able to move towards technology like heat pumps, which can provide heat and warm water to multiple homes or apartments, while being efficient enough to keep both energy use and costs to a minimum. 

Electric heating is continually becoming an increasingly viable option for heating properties in the UK. New Government legislation heralds a change in how SAP determines a properties ERP Rating – to almost the same as gas. This change allows widespread use of electric radiators and electric boilers, which are widely understood as having low installation costs, no flue requirement, low maintenance, rapid heat up times and high efficiency. This modern method of heating is shaping up to be a popular choice for the future of home heating within the UK.

Electric Heating Systems are 100% efficient at the point of use. If you pay for 1kW of electricity, you will benefit from 1kW of heat. This is much higher than alternatives which can lose heat through flues etc. When paired with solar PV panels, efficiency of electric heating systems improves, and the carbon dioxide produced reduces.

With the number of UK heat networks set to grow and the continuing government investment, Altecnic have provided a cohesive guide that advises how best to optimise efficiency, and create reliable, sustainable heating systems.

The Altecnic Heat Network Design Guide aims to ensure specifiers, consultants, and contractors achieve the designed system performance post build, with a look at how maximum energy savings from HIUs can only be achieved if the system is designed, installed, and commissioned correctly.

Managing the housing stock of a tenant population comes with its own unique set of challenges. In relation to heating and hot water, many of these challenges arise because of a lack of visibility into what is happening within the full heating ecosystem. Constant visits and calls to every household to assess the situation isn’t practical or cost effective, paving the way for connected appliances and remote monitoring.

by Helen Näslund, Technical Specification Manager, Evinox Energy Ltd

We are all bracing ourselves for this upcoming winter and are all expecting to feel the pinch of the cost of living crisis. Food prices, interest rates and not least energy costs are soaring. On the news there has been talk of potential energy black outs this winter and there have been articles in papers where councils are saying they might need to turn their communal heating systems off for up to five hours a day to keep costs down, leaving their residents in the cold.

Over the last few months several measures have been put in place to try lessen the blow for the British public, for example the energy price cap not covering communal heating system, what is and can actually be done in
this area?

Supporting the industry to reach its sustainability goals, WMS underfloor heating has released new findings which reveal that underfloor heating systems are 93% less carbon intensive than radiators.

This staggering statistic has been calculated by considering a variety of figures, including product lifecycle, material volume and the carbon impact to manufacture each product, which highlight that plastic underfloor heating pipe is significantly better from a carbon point of view to produce when compared with steel.
 
The foundation of this calculation is Government published statistics relating to the carbon impact of manufacturing building materials. The report[1] states that the manufacture of iron and steel products have a 7.1 MTCO2e (metric tons of carbon dioxide equivalent), compared with plastic products which have a 3 MTCO2e - 58% less than iron and steel.

The new Logic2 range has launched with a range of new features and components that:

1. Make Logic2 even easier for your engineers to install and service

2. Reduce the number of unnecessary engineer call outs