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Brunswick Park Centre
Primary street
Secondary street
Site
Site context 01
Existing Health
centre/library
Potential site for the
new Brunswick Park
Centre
Linear park route
Brunswick Park Centre Phasing Strategy 02
Existing Scout hut
Demolition of the
existing health centre/library and
redeveloped as MOL
landscape
Construction of the
Brunswick Park centre (health centre, library,
children’s centre,
Acorn assessment
centre and nursery)
-Construction of the
new 2FE school
- Demolition of the
existing 1FE school, Nursery, caretaker
house.
-Construction of the
Gym /Swimming pool.
- Land swap between
the construction of the new road and
conversion of part of
the old school land
into MOL
Demolition of the
community hall and construction of the
new parking and
reinforcement of the
park access/view
Phase 1
Phase 2
Brunswick Park Centre Concept Approach 03
Public/
Private
Internallayout
Landscape
Ground floor
LI BRARYSHARED SPACE
CHI LDREN C+ACO RN/ NURSERY
HEALTH CENTER
Acor n PM LD
Childr encent r e
Nur ser y 3- 5 Y
( 50 pupils)
M eet ing Room/ Par ent s r oom
Nur ser y 2- 3 Y
( 12 pupils)
Acor nASD
O f f ices
Hydr o pool
Waiting areaToi le ts
CafeteriaKiosks
Help pointEnt r ance
WI FII T lear ning st udy
Dr op in zone
Adult lendingand
quick select ar ea
S o f t r o o m
A c o r n r e c e p t io n
T o ile t s
Childr en's lending and
hom ewor k ar ea
Teenage
Toilet s
Tr eat ment Suit
Recept ionWor k r oomSer ver r oom
and st ock
Cl st or e
Firs t floor
Phar m acy
Dining Hall/ Hear t Space
Kit chen
Ref useand
Recycling
Buggy st or agePar ent s wait ing ar ea
I nt er view Room
O f f ice Secur it y
Recept ionRecor ds
andI nt er view r oom
DDAand
Dir t y ut ilit y
Clean ut ilit y
Swit chr oom
Out pat ient sPBC 1
Ver t icalCir culat ion
Clinical r oom
t r aining
Diagnost ics
N u r s e r y s to r ag e C C s t o r a g e
ClinicalRoom 1
ClinicalRoom 2
ClinicalRoom 3
ClinicalRoom 4
Bever ageand
St or age
Toilet s/ Bay f eeding
HEALTH CENTER
Toilet s
Ver t icalCir culat ion
Ver t icalCir culat ion
St or ager ecor ds
NHS m eet ing
Pr e school of f ice
NHS O pen plan of f ice
Libr ar y/ cc/ acor nnur ser y wor k r oom
DDAShowerToilet s
LIBRARYSHARED SPACE
EntranceCafeteria
CHILDREN C
+ACORN/NURSERY
PUBLIC FRONTAGE
PRIVATEHEALTH CENTER
SEMI PUBLIC
ACCESS
TO THE PARK
Connexio
n w
ith the fu
ture
school
LIBRARYSHARED SPACE
EntranceCafeteria
CHILDREN C
+ACORN/NURSE
RY
PUBLIC FRONTAGE
PRIVATE
HEALTH CENTER
SEMI PUBLIC
External reading rooms
Cafe space
VIEWSBRINGING THE PARK INTO THE NURSERY
PRIVATE
Ha-haEnclosed
garden
VIEWS
TAKING LIBRARY OUT INTO PARK
AC
CE
SS
TO
TH
E
PA
RK
VIEWS
Ver t icalCir culat ion
Caf et er ia
Rest r oom / st affr oom
Brunswick Park Centre Proposal, Ground floor level & first floor 04
First floor level
Ground floor level
Brunswick Park Centre 05Appearance, internal view
Materials
Internal
North Elevation
Ground floor First floor
Front elevation Back elevation
Atrium, waiting area
Brunswick Park Centre 06Landscape
Materials
Brunswick Park Centre 07Environmental and Energy Strategy
PASSIVE DESIGN & ENERGY EFFICIENCY MEASURES
PREDICTED INFLUENCE OF LOW AND ZERO CARBON (LZC) FUELS AND TECHNOLOGIES ON THIS DEVELOPMENT’S CO2 EMISSIONS
Passive design and ener gy perform ance measures wil l beincorporated to minimis e carbon dioxide emiss ionsincluding:• Improved building fabric thermal performance
• Improved air tightness• Use of natural and mixed mode ventilation systems• Use of natural daylight.
The abov e measures are estimated to r educ e the
predicted carbon diox ide emiss ions by approx imately8.5% (as illustrated in the graph opposite)
REGULATORY REQUIREMENTS
The London Plan and the London Borough of Barnet’s (LBB) planning requirem ents stipulate a minim um 20% reduction in carbon dioxideemissions compared to the requirements of Part L of the Building Regulations 2006.
Subject to confirmation of the gr ound conditions and cost implications, it ispropos ed to uti lise a ground-s ource heat pum p solution in or der to signific antlycontribute towar ds the required emiss ion reduction, by providing an estimated19.2% reduction in carbon dioxide emissions (bas ed on a 65% contribution to
the annual heating load).
To achieve the require 20% reduction in c arbon dioxide target, it is proposedto utilise roof-mounted photovolta ic (PV) panels, and it is estimated that afurther 1% r eduction in car bon diox ide emiss ions wil l be achieved by a 30m 2
PV array.
The overall carbon dioxide savings for the proposed development aredetailed within the gr aph opposite. This dem onstrates that predictedreduction in carbon dioxide em issions in combining the ground-sourceheat pump and PV is 20.2%, which is over and above the 8.5%
reduction expected to be achieved by passiv e design and energyefficiency measures.
The use of a combined heat and power (CHP) system has also beeninvestigated; however, the base heat load is ins ufficient to make th is a
viable proposal for a standalone build ing of this nature. Biofuel or air-source heat pumps are other technologies that could be uti lised, butthese are c urrently unacceptable to the LBB due to emissions andnoise respectively.
A BREEAM pre-assessment was carried out for the proposeddevelopment at an early stage to be used as a design tool. Theassessment identified that the developm ent is l ikely to ac hievethe requir ed ‘Exc ellent’ rating with a score of 74.4%. This score
also includes all the mandatory cr edits for an ‘Excel lent’ r ating.The BREEAM score is summarised in the ‘donut’ to the left.