Attachment 8 - Energy Efficiency Report.pdf

EMF GRIFFITHS – SUSTAINABILITY CONSULTANTS


2.2      ENERGY MANAGEMENT

      Deliverable                                          Development Strategy

  Thermal              All rooms will have a heating and cooling load of maximum 43 MJ/m2 and will achieve a good
  Comfort              level of thermal comfort.

                       LED lighting to be used as standard throughout. Light Fittings will be efficient, durable, low
  Energy               maintenance and fit for purpose.
  Efficient
  Lighting             Good levels of illumination is targeted throughout. Lighting design will target maximum average
                       4 watts per m2 across the development.

  Lighting Zoning      Lighting will be zoned and controlled to allow for reduction in lighting energy consumption.

                       Occupancy controls are included to ensure that energy is not wasted by air conditioning and
                       lighting unoccupied spaces.
  Unoccupied
  Spaces               Lobby and common areas hallways will have motion sensing. Car park lighting to have daylight
                       and dual circuits: timed security light circuit and a motion triggered circuit. Similar approach to
                       be used for common areas.

  Fans and
                       All fans and pumps in the building will have high efficiency motors with control to reduce energy
  Pumps
                       consumption.
  Efficiency
                       Regenerative drive converts the excess energy generated by a lift into electricity that can be
                       reused elsewhere in the building. With conventional drives, this energy is converted into heat,
  Energy               which then needs to be removed from the building by air conditioning systems.
  Efficient Lifts
                       Regenerative drive can cut lift energy consumption by 20-35% on average, depending on
                       building height and lift speed. Regenerative drives are included in proposed lift design.




Noosa Springs Boutique Hotel, Noosa Qld                                                                              5
DA-ESD Superior Design Outcomes Report – Issue A
B2170644dasdoRevA-wbr – May 10 2022


[OCR of page images]
EMF GRIFFITHS — SUSTAINABILITY CONSULTANTS

 

2.2 ENERGY MANAGEMENT

 

 

 

Deliverable Development Strategy
Thermal All rooms will have a heating and cooling load of maximum 43 MJ/m? and will achieve a good
Comfort level of thermal comfort.
LED lighting to be used as standard throughout. Light Fittings will be efficient, durable, low
Energy maintenance and fit for purpose.
Efficient
Lighting Good levels of illumination is targeted throughout. Lighting design will target maximum average

4 watts per m? across the development.

 

Lighting Zoning

Lighting will be zoned and controlled to allow for reduction in lighting energy consumption.

 

Occupancy controls are included to ensure that energy is not wasted by air conditioning and
lighting unoccupied spaces.

 

 

Efficient Lifts

 

 

Unoccupied

Spaces Lobby and common areas hallways will have motion sensing. Car park lighting to have daylight
and dual circuits: timed security light circuit and a motion triggered circuit. Similar approach to
be used for common areas.

Fans and . ay: . . . .

Pumps All fans and pumps in the building will have high efficiency motors with control to reduce energy

Efficiency consumption.
Regenerative drive converts the excess energy generated by a lift into electricity that can be
reused elsewhere in the building. With conventional drives, this energy is converted into heat,

Energy which then needs to be removed from the building by air conditioning systems.

Regenerative drive can cut lift energy consumption by 20-35% on average, depending on
building height and lift speed. Regenerative drives are included in proposed lift design.

 

Noosa Springs Boutique Hotel, Noosa Qld 5
DA-ESD Superior Design Outcomes Report — Issue A
B2170644dasdoRevA-wbr — May 10 2022