BS7671 and Climate Change

We have been notified that a planning application we recently made is incomplete. We are required to support the application with a  "Climate Change Statement".  We make multiple planning applications each year, mostly for relatively minor projects within the hospitality sector and this is the first time we have been asked for such evidence. This current application is for a change of use from office accommodation to 60-seater day-diner. 

The project is really just a gut out with almost no new construction other than a couple of stud walls to create better toilet accommodation. The bulk of any mitigation in environmental change and greenhouse gas release is likely to be achieved by the day to day running of the establishment and there is plenty of advice out there to achieve that. 

However, I think it perfectly reasonable that, as designers, we should make a genuine attempt to detail how such mitigation might be achieved. Whilst my own business covers a wide spectrum of design issues, mostly for projects within the hospitality sector, I would like to compile a checklist of reasonably attainable measures from the perspective of the electrical design.

I dont really mean things like reduction in site meetings or using electronic means of data delivery, but more extracted from documents like 7671. A big issue for me would be 341.1 indent (iii). However, I will trawl through Appendix 17 and perhaps Part 8 for other considerations. Input appreciated!

By the way, Building Control still require 3 PAPER copies of all plans submitted. If they need amended, tough, then three amended copies must be provided. The lads just finished an EICR for our local Council Civic Centre where planning is ensconced. The heating is stuck in the on position so staff just open the windows!

Parents
  • From the strictly electrical point of view, here are some suggestions for energy saving/climate change reduction.

    Lighting to be selected for efficiency, LED lamps that achieve 200 lumens per watt are now available.

    Lights in toilets and storage areas to be controlled by presence detectors, with a reasonable on time of say 15 minutes.

    Switching of lighting in public areas to be designed such that lights in areas with ample daylight can be turned off without affecting lighting in other areas.

    For large and long hour loads, consider upsizing cables to reduce resistance losses.

Reply
  • From the strictly electrical point of view, here are some suggestions for energy saving/climate change reduction.

    Lighting to be selected for efficiency, LED lamps that achieve 200 lumens per watt are now available.

    Lights in toilets and storage areas to be controlled by presence detectors, with a reasonable on time of say 15 minutes.

    Switching of lighting in public areas to be designed such that lights in areas with ample daylight can be turned off without affecting lighting in other areas.

    For large and long hour loads, consider upsizing cables to reduce resistance losses.

Children
No Data