Validation & Prediction

Slides:



Advertisements
Similar presentations
Institute of Energy and Sustainable Development HVAC S YSTEMS E NERGY D EMAND VS. B UILDING E NERGY D EMAND I VAN K OROLIJA I NSTITUTE OF E NERGY AND S.
Advertisements

eQuest Quick Energy Simulation Tool
Institute of Energy & Sustainable Development De Montfort University
Tas seminar/demonstration on Part L 2006 of the Building Regulations Presented by Alan Jones EDSL February
Environmental Controls I/IG
University of Liège Faculty of Applied Sciences Thermodynamics Laboratory Workshop “Commissioning and Auditing of Buildings and HVAC Systems” Use of a.
Summary of Heat Loss Calculations Assessing overall heating requirements for building (E) Component U-ValueAreaHeat Loss Rate (W o C -1 ) Walls U walls.
Sustainable Hotel Design Presentation 2 Passive Design Group 5.
Sustainable Hotel Design Group 5 Presentation 4 Demand/Supply Matching.
Model predictive control for energy efficient cooling and dehumidification Tea Zakula Leslie Norford Peter Armstrong.
BRE Energy Efficient Office of the Future
MENG 547 LECTURE 3 By Dr. O Phillips Agboola. C OMMERCIAL & INDUSTRIAL BUILDING ENERGY AUDIT Why do we audit Commercial/Industrial buildings Important.
Heating energy calculation methods Anti Hamburg Lecture TTK-UAS.
Energy in Focus Energy Savings with Water Based Systems By Maija Virta Specialist of Indoor Environment Technology.
Environmental Controls I/IG Lecture 12 Cooling Loads Cooling Degree Hours Energy Performance Ratings Annual Fuel Consumption Lecture 12 Cooling Loads Cooling.
© red ©
Dong Chen and Xiaoming Wang Potential Challenges for the Built Environment in Northern Australia.
A Parallel Statistical Learning Approach to the Prediction of Building Energy Consumption Based on Large Datasets Hai Xiang ZHAO, Phd candidate Frédéric.
Energy Calculations Dr. Sam C M Hui
University Estates Directorate Energy & Cost Savings at Oxford Philip Pike Energy Conservation Engineer Oxford University Estates Directorate.
Energy In Egypt Ahmed Hebala Teaching Assistant, AAST, Electric Power and Control Engineering Ahmed Hebala - Energy in Egypt1.
1.OVERVIEW 2.The SCEAF - Inputting data 3.The SCEAF - Outputs 4. Options for improving energy efficiency identified 5. Applying the DSS – possible options.
Green Building Demonstration Project Adam Saling City of San Diego.
Energy use in buildings Dr. Atila Novoselac Associate Professor Department of Civil, Architectural and Environmental Engineering, ECJ
The New RLPS Architects Office Building Lancaster, PA Brice Ohl – Mechanical Option Presented on 4/10/13.
Non-residential Energy Use –possible & measurement Christchurch Energy Awareness Week Nigel Isaacs, BRANZ Ltd. Phone (04)
The EWZ building Presentation of the building Presentation of the building The design issue The design issue The building concept The building concept.
Slide 1 B O N N E V I L L E P O W E R A D M I N I S T R A T I O N Variable Capacity Heat Pump RTF Sub-Committee February 22, 2012 Mira Vowles, P.E., CEM.
Smart Energy Smart Energy July 28, Smart Energy.
Built Green™ vs. LEED ® : Energy Impacts of Residential Green Building Programs Jonathan Heller P.E. March 6, 2009.
Learning, our way Daikin Europe, Consulting sales section1 Understanding Client’s Needs and best Daikin solution.
Energy conservation strategies Buildings energy consumption depends on building envelop, efficiency of HVAC and lighting systems, amount of required fresh.
Site Location: Site Location: Gap Site at Bath Street and Pitt Street Plot: Plot: 50m x 50m Building Area: Building Area: 4000m 2 maximum Building Height:
Energy Design of Buildings using Thermal Mass Cement Association of Canada July 2006.
Phil Munsey, Facilities Energy Engineer Plant 17 Lighting Energy Reduction Project.
Introduction to Energy Management. Lesson 4 Determining the Loads on the HVAC System.
Development of a new Building Energy Model in TEB Bruno Bueno Supervisor: Grégoire Pigeon.
Jesse A. Fisher Mechanical Option Spring 2005 Riverpark Corporate Center, Phase 1 Salt Lake City, Utah.
Clean Energy Project Analysis Course Clean Energy Project Analysis with RETScreen ® Software © Minister of Natural Resources Canada 2001 – 2004.
INTRODUCTION TO DEMAND SIDE MANAGEMENT(DSM) PRESENTED TO ZAMBIA ASSOCIATION OF MANUFACTURERS ENERGY EFFICIENCY AND CONSERVATION WORKSHOP 5-6 SEPTEMBER.
7/15/2002PP.AFD.09 1 of 43 Yaskawa Electric America Variable Frequency Drives In HVAC Applications.
OZ Led Lighting.
Location: Rockler Headquarters, Medina, MNRTUs: 1 Founded in 1954, Rockler Woodworking & Hardware is a specialty store dedicated to bringing woodworking.
Presenter: Christopher Tsang University: Loughborough University RETROFIT OF DWELLINGS IN CHINESE CITIES.
Department of Building Physics, Yildiz Technical University, Mine KAYALAR, Farhang TAHMASEBI, Ardeshir MAHDAVI EXPLORING THE INTERRELATIONSHIPS.
City of San Mateo 2016 Reach Code
HEAT RECOVERY VENTILATION MAKING MONEY WITH SMALL COMMERCIAL RETROFITS
Lecture Objectives: Discuss HW3 parts d) & e) Learn about HVAC systems
INN AT OTTER CREST TEAM MEMBERS:
WDMA Technical Conference Chicago, IL 28 June 2016
Energy Management and Planning MSJ0210
7D 6D 5D 4D 3D bIM Dimensions bIM Services ESTIMATING
SUBHRANGSU DEY AND PRIYANKA SHARMA
RECA PLAST SRL Silvia CARNEVALINI
Comparison of THREE ELECTRICAL SPACE HEATING SYSTEMS IN LOW ENERGY BUILDINGS FOR SMART LOAD MANAGEMENT V. Lemort, S. Gendebien, F. Ransy and E. Georges.
Chicago Transit Authority Energy Initiatives
Date of download: 10/19/2017 Copyright © ASME. All rights reserved.
SUBHRANGSU DEY AND PRIYANKA SHARMA
Lecture Objectives: Discuss HW3 parts d) & e) Learn about HVAC systems
Application of High Efficiency Chillers in Hong Kong Baptist Hospital
Heat recovery feature Competitive approach
Frenger “Radiant” chilled beam performance at 1 Shelly St - Sydney
Technology in Architecture
Average Number of Photons
Case Study: Marks & Spencer Oxford Street
Virtua Replacement Hospital -Voorhees NJ
Calibrated Energy Models: One New Change
Equipment Efficiency Analysis
Colours Дополнительный иллюстративный материал
Presentation transcript:

Validation & Prediction EDSL Tas, working in partnership with Mitsubishi Electric Bringing Green BIM and Sustainable Design to the construction industry Validation & Prediction UK Chelmsford Office Validation Study Currently using 2006 Equipment Performance Comparison with 2011 Equipment City Multi R2 system vs a fancoil system with heat recovery

Existing Building Purpose built office 5 City Multi R2 Outdoor units and 25 indoor units 2 Lossnay heat recovery units providing fresh air Monitored consumption data for an annual period

System Layout Ground Floor Yellow and Dark Green systems Lossnay Fresh Air Heat Recovery Unit First Floor Pink, Light Green and Blue systems Lossnay Fresh Air Heat Recovery Unit

Installed Equipment (2006) System Yellow Dark Green Red Light Green Blue Outdoor Unit PURY- 250YMF-C BC Controller CMB-P105V-F CMB-P106V-F Indoor Unit 1 PLFY-P63 PLFY-P125 Indoor Unit 2 Indoor Unit 3 PLFY-P80 Indoor Unit 4 Indoor Unit 5 PLFY-P50 Indoor Unit 6

Zoning Layout Ground Floor First Floor

Building Simulation Inputs Weather Data (London) Calendar of occupation Internal Conditions Infiltration Occupancy Gain Equipment Gain Fresh Air Requirement Construction details

Plant Simulation Inputs Air Side Schematic Plant Side Schematic

Manufacturer Data Import Dedicated import facility brings manufacturer data into Tas

Building Simulation Results Hourly Building Demand 3D Results Visualisation First Floor – Hourly Sensible Load Results First Floor - Sensible Load - Day 50, Hour 12

Plant Simulation Results

Plant Simulation Results Time of use tariff £0.07 per kWh

Plant Simulation Results Heat Recovery System Name Hours Dark Green 334 Yellow 407 Red 43 Blue 959 Light Green 956

Validation Conclusion Detailed simulation of building and plant leads to simulation consumption figures indicative of those seen in the real world application. Good enough qualitative agreement between the predicted & measured data to make sound future predictions

Replacement with 2011 Equipment System Yellow Dark Green Red Light Green Blue Outdoor Unit PURY-P250YJM-A BC Controller CMB-P105V-F CMB-P106V-F Indoor Unit 1 PLFY-P63VBM-E PLFY-P125VBM-E Indoor Unit 2 Indoor Unit 3 PLFY-P80VBM-E Indoor Unit 4 Indoor Unit 5 PLFY-P50VBM-E Indoor Unit 6

2011 Equipment Consumption

2011 Equipment Cost Time of use tariff £0.07 per kWh

2011 Equipment Summary The 2011 equipment shows a 34.6% improvement on simulation of the installed 2006 equipment. Annual Consumption (kWh) Annual Cost (£) Improvement (%) Measured 46,821 3,277 - Simulation (Installed Models) 42,494 2,982 Simulation (2011 Equipment) 27,810 1,947 34.6%

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.