the enterprise centre exemplary low carbon building · •optimised kitchen design •efficient...
TRANSCRIPT
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The Enterprise Centre
Exemplary Low Carbon Building
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OJEU Design Competition Project: ‘The Enterprise Centre’ AKA ‘Exemplar Low Carbon Building Project’ Client: University of East Anglia (UEA) Key Stakeholders and Partners: UEA, InCrops, Norwich Research Park (NRP), European Regional Development Fund (ERDF), BBSRC, BRE, Fraunhofer IWM, Kingston University Funding: ERDF, UEA, NRP, BRE & BBSRC Single Point Delivery Team
Morgan Sindall - Contractor Architype – Architect, Passivhaus Designer, Embodied Carbon BDP – Structure & MEP Churchmans – Landscape Architect
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The Brief
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Brief - Standards and Qualitative
‘A World Class Building’ - Exemplary Academic and Workspace Environment ‘Gateway to the University’ and sympathetic to Earlham Park Context Flexible, Adaptable and Ability to hold Conferences and other Events Showcase of Sustainability • 100 Year Design Life, including adaptation for Climate Change • Passivhaus Certification • Breeam Outstanding • Very Low Embodied Energy and High Sequestered Carbon: Ultimate Aim to be a ‘Carbon Sink’ • Focus on Local Supply Chains • High Use of Renewable Materials • Soft Landings and 3 Year Post Occupancy Evaluation
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The ‘Magnificent 7’
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Brief - Functional
Demonstration and Business Support Delivery Built Environment Centre Demonstration and Exhibition Area Dynamic Testing Suite - Built Environment Offices for Business Support (ERDF & NRP) Lettable Floor Space Hot Desk Area Start-up Units Expansion Units Academic Teaching and Learning Space 300 Seat Lecture Theatre Seminar Rooms Social Work Areas Offices
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The Context
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Aerial Photo of Site from the West; VADD
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October 30, 2015
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The Competition Response
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Sketch Aerial Perspective from South West
Future Phase
Earlham Hall Enterprise
Centre
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Local timber / Brettstapel
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Thatch
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Flint
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Competition Masterplan
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Lightweight Lessons from Self Build / Reduction of Foundations
Competition Ground Floor Plan
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Summer Strategy
Winter Strategy
North South Section
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• PHPP model completed to assess fabric thermal efficiency
• Preliminary calculations completed to assess gas vs district heat
• Design was developed to a high level of
detail to ensure compliance with PH.
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6 kWh/m2.a
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LifeCYCLE by Franklin + Andrews
Data base system for recording all building
components in a conventional QS measuring
way, with additional capital & lifecycle
Carbon added to this – suitable for a fully
design building Carbon calculation only.
RAPIER by Architype
Rapid modelling tool to asses the impacts of design
changes on Cost, Carbon & Energy, optional analysis
can be done in minutes – suitable for early design
stage Carbon calculation through to detailed design.
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Hemp Insulation
-173,000 kgCO2e
Thatch Cladding
-28,000 kgCO2e
Timber Structure
-1,821,000 kgCO2e
=
=
=
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Design Development
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Nursery Garden Site – Future Academic Building
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STAGE 1 INCEPTION AND BRIEFING
B2 Review past experience
- The Good, The Bad & The Ugly
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STAGE 1 INCEPTION AND BRIEFING
B2 Review past experience
- The Good, The Bad & The Ugly
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STAGE 1 INCEPTION AND BRIEFING
B2 Review past experience
- The Good, The Bad & The Ugly
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STAGE 1 INCEPTION AND BRIEFING
B2 Review past experience
- The Good, The Bad & The Ugly
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Ground Floor Plan
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First Floor Plan
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Primary Energy (PE) A total Primary Energy of 120kWh/m2.a will be achieved This figure includes grid loses at a rate of x2.6, and is before renewables inclusion This figure includes all electricity use, including small power and HVAC.
Key factors to achieve this target include: •Extremely efficient HVAC systems •Energy efficient lighting and sensible controls •Good daylight design •Optimised kitchen design •Efficient thermal energy supply
120 kWh
310 kWh
189 kWh
120 kWh
6 kWh
112 kWh 58 kWh
15 kWh 43 kWh
PE
TD
Typical Education UEA NRP Building (Predicted)
Frankfurt Passivhaus School (Actual)
190 kWh/m2.a reduction
UEA NRP Building (Current PHPP Breakdown)
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Future Climate Analysis
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2013-2019 2030 2050 2080
0
2
4
6
8
10
12
14
16
PHPP Energy Use to 2080
sub-title
cooling load
Heating Load
Total Load
Year
kW
h/m
2.a
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Value Engineering and Revised Embodied Carbon
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Lifecycle Costs
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Conceptual Studies
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Complete Floor Construction Lifecycle Carbon Analysis
Competition Proposal
Revised Proposal
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Materials Database
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Materials Database
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