Smart building technologies, such as building automation systems, allow buildings to be monitored and controlled to ensure safety, comfort and efficiency. These systems connect mechanical, electrical and plumbing systems to optimize performance. The article discusses examples of smart building technologies being used in Alaska, including lighting controls, HVAC systems and building automation systems at the University of Alaska Fairbanks that integrate and monitor different building functions.
The document discusses the benefits of total building commissioning (TBCx) over traditional commissioning approaches that focus only on mechanical systems. TBCx provides integrated commissioning of all building systems to ensure they are planned, designed, installed and functioning properly as an integrated whole. It can prevent moisture and thermal issues, improve energy efficiency and indoor environment quality, and avoid costly repairs down the line by identifying design and installation flaws during the commissioning process. The document emphasizes the importance of an owner's project requirements document to define benchmark criteria for evaluating the success of the building project.
FEA provides integrated green building services including mechanical, electrical, and plumbing systems to enable energy efficiency and sustainability. They design systems that use alternative energy sources, optimize existing operations, and qualify buildings for LEED certification. Commissioning is also offered to properly maintain systems and ensure green objectives are met over the long term. Major benefits include reduced operating costs through energy savings, positive environmental impacts, and meeting growing customer demand for sustainable buildings.
AN INTELLIGENT BUILDING IS THE ONE WHICH PROVIDES A PRODUCTIVE AND
COST-EFFECTIVE ENVIRONMENT THROUGH OPTIMIZATION OF FOUR BASIC
ELEMENTS: STRUCTURE, SYSTEMS, SERVICES AND MANAGEMENT, AND THE
INTERRELATIONSHIP BETWEEN THEM.
IT IS A TYPE OF BUILDING THAT USES BOTH TECHNOLOGY AND PROCESS TO
CREATE AN ENVIRONMENT THAT IS SAFE, HEALTHY, AND COMFORTABLE TO
EVERYONE.
WHAT IS AN INTELLIGENT BUILDING?
A BUILDING…
•
WHO’S SYSTEMS ARE SELF RELIANT
WITH SENSORS RELAYING DATA
THAT USES THE LATEST TECHNOLOGY
THAT IS THE FUTURE OF BUILDINGS
INTELLIGENT BUILDING
: INTELLIGENT BUILDING ADJUSTS THE INSIDE
FUNCTIONAL ASPECTS SUCH AS LIGHTING, VENTILATION, FIRE FIGHTING, AIR
CONDITIONING, ETC. AUTOMATICALLY WITH THE CHANGES IN ENVIRONMENTAL
CONDITIONS CONTROLLED BY COMPUTER.
THE SECURITY SYSTEM, COMMUNICATION SYSTEM, ETC. ARE COORDINATED AND
AUTOMATICALLY CONTROLLED BY COMPUTER WORK STATION.
ORDINARY BUILDING
: ORDINARY BUILDING THERE WILL BE DIFFERENT ROOM
CONDITIONS DEPENDING ON THE CHANGES IN THE ENVIRONMENTAL
CONDITIONS.
THE SECURITY SYSTEM, COMMUNICATION SYSTEM, ETC. ARE NOT
COORDINATED AND AUTOMATICALLY CONTROLLED BY COMPUTER WORK
STATION.
IRJET- Duct Designing in Air Conditioning System and its Impact on System Per...IRJET Journal
This document discusses duct design in air conditioning systems and its impact on system performance. It begins with an introduction explaining how duct systems are used to distribute cooled air from central air conditioning equipment to rooms when direct distribution is not possible. Improper duct design can lead to issues like increased friction loss, installation costs, noise, power consumption, and uneven cooling. The document then reviews several other studies that examined topics like air leakage from ducts, methods to minimize leakage and related energy losses, and different duct design optimization methods. It emphasizes the importance of proper duct design for minimizing costs and issues related to air distribution.
This document summarizes the benefits of using free-standing UL listed electrical systems housed in custom-built cabinet enclosures including reduced construction costs and time, consistency and quality, and reduced risks from environmental delays or safety and code compliance issues. The electrical systems provide stand-alone control and power management with integration of energy, building automation, and lighting control systems. They also offer advantages like on-time delivery, smallest footprint, and a single source of responsibility.
Ecorithm uses big data analytics to help optimize the efficiency of large commercial building HVAC systems. They define big data as datasets too large to analyze with traditional techniques. Ecorithm collects over 100 million data points per month from a single medium office tower to identify inefficiencies. Their software cuts through noise in the data to provide simple answers and insights. Initial analysis typically finds 10% electricity savings, and ongoing monitoring maintains savings and discovers new opportunities beyond the initial fixes. Ecorithm works with some of the largest building owners and their software is expanding to major real estate markets.
New trends in ventilation systems and the impact on IAQ, Energy performance and the installation fitter. Presented at the AIVC and SEAI symposium at the Energy Show.
This document discusses the relationship between indoor air quality (IAQ) and HVAC systems. It outlines how poorly maintained or improperly designed HVAC systems can negatively impact IAQ and cause issues like sick building syndrome. Regular maintenance of HVAC systems, including cleaning coils, filters, ducts, and grills can improve air flow and reduce humidity, mold growth, and odors that compromise IAQ. Proper HVAC design and maintenance is important for occupant health and comfort.
The document discusses the benefits of total building commissioning (TBCx) over traditional commissioning approaches that focus only on mechanical systems. TBCx provides integrated commissioning of all building systems to ensure they are planned, designed, installed and functioning properly as an integrated whole. It can prevent moisture and thermal issues, improve energy efficiency and indoor environment quality, and avoid costly repairs down the line by identifying design and installation flaws during the commissioning process. The document emphasizes the importance of an owner's project requirements document to define benchmark criteria for evaluating the success of the building project.
FEA provides integrated green building services including mechanical, electrical, and plumbing systems to enable energy efficiency and sustainability. They design systems that use alternative energy sources, optimize existing operations, and qualify buildings for LEED certification. Commissioning is also offered to properly maintain systems and ensure green objectives are met over the long term. Major benefits include reduced operating costs through energy savings, positive environmental impacts, and meeting growing customer demand for sustainable buildings.
AN INTELLIGENT BUILDING IS THE ONE WHICH PROVIDES A PRODUCTIVE AND
COST-EFFECTIVE ENVIRONMENT THROUGH OPTIMIZATION OF FOUR BASIC
ELEMENTS: STRUCTURE, SYSTEMS, SERVICES AND MANAGEMENT, AND THE
INTERRELATIONSHIP BETWEEN THEM.
IT IS A TYPE OF BUILDING THAT USES BOTH TECHNOLOGY AND PROCESS TO
CREATE AN ENVIRONMENT THAT IS SAFE, HEALTHY, AND COMFORTABLE TO
EVERYONE.
WHAT IS AN INTELLIGENT BUILDING?
A BUILDING…
•
WHO’S SYSTEMS ARE SELF RELIANT
WITH SENSORS RELAYING DATA
THAT USES THE LATEST TECHNOLOGY
THAT IS THE FUTURE OF BUILDINGS
INTELLIGENT BUILDING
: INTELLIGENT BUILDING ADJUSTS THE INSIDE
FUNCTIONAL ASPECTS SUCH AS LIGHTING, VENTILATION, FIRE FIGHTING, AIR
CONDITIONING, ETC. AUTOMATICALLY WITH THE CHANGES IN ENVIRONMENTAL
CONDITIONS CONTROLLED BY COMPUTER.
THE SECURITY SYSTEM, COMMUNICATION SYSTEM, ETC. ARE COORDINATED AND
AUTOMATICALLY CONTROLLED BY COMPUTER WORK STATION.
ORDINARY BUILDING
: ORDINARY BUILDING THERE WILL BE DIFFERENT ROOM
CONDITIONS DEPENDING ON THE CHANGES IN THE ENVIRONMENTAL
CONDITIONS.
THE SECURITY SYSTEM, COMMUNICATION SYSTEM, ETC. ARE NOT
COORDINATED AND AUTOMATICALLY CONTROLLED BY COMPUTER WORK
STATION.
IRJET- Duct Designing in Air Conditioning System and its Impact on System Per...IRJET Journal
This document discusses duct design in air conditioning systems and its impact on system performance. It begins with an introduction explaining how duct systems are used to distribute cooled air from central air conditioning equipment to rooms when direct distribution is not possible. Improper duct design can lead to issues like increased friction loss, installation costs, noise, power consumption, and uneven cooling. The document then reviews several other studies that examined topics like air leakage from ducts, methods to minimize leakage and related energy losses, and different duct design optimization methods. It emphasizes the importance of proper duct design for minimizing costs and issues related to air distribution.
This document summarizes the benefits of using free-standing UL listed electrical systems housed in custom-built cabinet enclosures including reduced construction costs and time, consistency and quality, and reduced risks from environmental delays or safety and code compliance issues. The electrical systems provide stand-alone control and power management with integration of energy, building automation, and lighting control systems. They also offer advantages like on-time delivery, smallest footprint, and a single source of responsibility.
Ecorithm uses big data analytics to help optimize the efficiency of large commercial building HVAC systems. They define big data as datasets too large to analyze with traditional techniques. Ecorithm collects over 100 million data points per month from a single medium office tower to identify inefficiencies. Their software cuts through noise in the data to provide simple answers and insights. Initial analysis typically finds 10% electricity savings, and ongoing monitoring maintains savings and discovers new opportunities beyond the initial fixes. Ecorithm works with some of the largest building owners and their software is expanding to major real estate markets.
New trends in ventilation systems and the impact on IAQ, Energy performance and the installation fitter. Presented at the AIVC and SEAI symposium at the Energy Show.
This document discusses the relationship between indoor air quality (IAQ) and HVAC systems. It outlines how poorly maintained or improperly designed HVAC systems can negatively impact IAQ and cause issues like sick building syndrome. Regular maintenance of HVAC systems, including cleaning coils, filters, ducts, and grills can improve air flow and reduce humidity, mold growth, and odors that compromise IAQ. Proper HVAC design and maintenance is important for occupant health and comfort.
An energy audit is an analysis of energy usage at a facility to identify opportunities to improve energy efficiency and reduce costs. The audit process involves collecting data on energy bills, equipment, operations, and the building itself. Key systems like HVAC, lighting, and motors are examined in detail. The audit identifies energy conservation measures that can be implemented. A report is prepared with recommendations and an action plan to pursue comprehensive energy management. Implementing audit recommendations helps organizations continuously improve energy utilization and reduce costs.
1) HVAC contractors often oversize residential cooling and heating equipment by 100-300% based on outdated rules of thumb rather than proper load calculations. Oversizing leads to higher costs, lower efficiency, and occupant discomfort.
2) Only 5-10% of homes receive proper Manual J load calculations from contractors, and even these are often manipulated to inflate the needed capacity. Contractors prefer oversizing to avoid liability for undersizing.
3) The solution is to require contractors to perform accurate Manual J load calculations using current methods and standards, and to match equipment capacity to the calculated loads.
This document summarizes upcoming training events from Energy Trust of Oregon focused on high-performance building design and construction. It provides details on the Allies for Efficiency training series, which covers topics like energy modeling three times per year. An advanced AFE 2.0 series and Building Energy Simulation Forum also offer educational opportunities. Upcoming events in December and dates for the simulation forum through early 2017 are listed. The document encourages questions and provides contact information for inquiries about Energy Trust programs and becoming a New Buildings Ally.
FLEXIM's thermal energy meters support higher building energy efficiency through non-intrusive ultrasonic flow measurement and temperature monitoring in an integrated unit. They offer 1% accuracy for flow verification, chilled/hot water measurement, and general water supply. Being non-intrusive, they require minimal maintenance. The University of Florida used FLEXIM meters to control ice conversion chillers and pumps, saving energy. In Singapore, FLEXIM partners with contractors to provide accurate energy monitoring for buildings pursuing Green Mark certification.
This document summarizes an energy efficiency project replacing vapor compression chillers with thermoelectric chillers at a semiconductor manufacturing facility in Maine. It describes the key players involved, including the facility owner National Semiconductor Maine, the state energy program Efficiency Maine, and the engineering contractor ERS. Pre- and post-installation metering found the thermoelectric chillers reduced energy use from 781 MWh to 106 MWh annually, saving 675 MWh directly with additional indirect savings estimated at 153 MWh. The total predicted annual savings were 828 MWh or $91,077 at $0.11/kWh. Efficiency Maine provided incentives that made the project financially viable for National Semiconductor.
Retro-commissioning improves building efficiency by resolving problems that developed over time from equipment aging, design flaws, or usage changes. It identifies issues like unnecessary energy use from miscalibrated sensors or simultaneous heating and cooling. Retro-commissioning reduces operating costs through energy savings averaging $0.11-$0.72 per square foot and non-energy savings of $0.10-$0.45 per square foot. The process involves planning, investigation of current operations, implementing improvements, and verification, typically paying for itself within 2.1 years or less. Contact Minutemen Energy Services for more information on conducting retro-commissioning.
The document discusses various technical systems that interior designers should have knowledge of, including mechanical, electrical, plumbing, HVAC, lighting, acoustics, security, communication, and vertical transportation systems. It describes factors that influence thermal comfort like temperature, humidity, air quality and movement. It also discusses renewable energy sources for HVAC like geothermal and solar energy. Plumbing systems are also covered along with issues around noise control and building codes that interior designers must follow.
Testing, Adjusting, and Balancing of all HVAC Systemsd-airconditioning
The purpose of testing, adjusting, and balancing (TAB) is to assure that an HVAC system is providing maximum occupant comfort at the lowest energy cost possible.
Intelligent Energy Management Systems for Multi-Facility OperationsBAYweb
An energy management system allows operators to (1) centrally control temperature setpoints for each location, (2) monitor energy usage and HVAC performance in real-time from a single dashboard, and (3) continuously monitor HVAC systems to prevent expensive breakdowns. This provides unprecedented insight into energy consumption across multiple facilities and a framework for driving additional savings.
This document discusses the passive cooling technique of courtyard design. A courtyard is an open area surrounded by buildings that allows natural ventilation and creates a microclimate. Courtyards benefit buildings by creating a conditioned zone through stack effect ventilation and reducing the need for mechanical cooling. Proper courtyard design considers factors like elevation, ratio, and dimensions to maximize passive cooling effects for different climates. Courtyards have historically been used in Islamic and Nepalese architecture and remain effective in contemporary sustainable building.
Mark Harber - Design solutions to mitigate apartment overheatingIES / IAQM
This document discusses solutions to overcome overheating in apartments. It begins by highlighting that overheating and noise are significant problems according to surveys. It then discusses regulations and standards around overheating before examining passive and mechanical design solutions. Passive approaches include orientation, shading, high thermal mass, natural ventilation. Mechanical options include MVHR systems, with or without additional fans, heat pumps or cooling coils. The document compares performance and costs of different ventilation solutions.
Angel Schwep has over 15 years of experience installing, maintaining, and repairing HVAC systems. He has worked for several companies servicing both residential and commercial HVAC equipment. His experience includes installing network controllers and sensors, loading and commissioning system-level controllers, diagnosing and repairing HVAC systems, and performing preventative maintenance. He holds an HVAC diploma from Everest Institute and EPA universal certification.
Building Systems - Mock Company PresentationMichael Clarke
This document describes BildTek, a company that specializes in integrating smart building systems for commercial and industrial applications. Their product, A.S.C.I., optimizes energy usage, fire safety, security, and occupant comfort through integrated sensors, feedback displays, and centralized control. BildTek's solutions provide benefits like lower operating costs, improved safety and security, while creating opportunities for energy savings and increased business profile.
Flexim Fluxus Ultrasonic Flow Meters - Thermal Energy - BTU - Applications Br...Thorne & Derrick UK
The document discusses FLUXUS Energy, a company that provides non-intrusive thermal energy meters for measuring energy efficiency in buildings. Their meters combine ultrasonic flow measurement with temperature sensors to calculate energy usage. They are accurate even at low flow rates and small temperature differences. The meters can be used to obtain certifications like Green Mark or Green Star by accurately measuring chilled water, hot water, and general water supply. FLUXUS has provided their meters for many projects in Singapore and other parts of Asia to help buildings optimize energy efficiency.
CFD for Indoor Environment Design and Analysisanoopjangra
This document discusses how computational fluid dynamics (CFD) can be used for engineering services related to indoor environment design and analysis. CFD uses numerical methods and algorithms to simulate fluid flow and can generate visual representations of airflow, flow rates, and temperatures in buildings. It lists several application areas where CFD can be used, such as indoor air quality analysis, human comfort analysis, contaminant control, and ventilation analysis for various industries. It provides examples of how CFD has been used to analyze ventilation systems for biosafety labs and ensure compliance with industry standards. CFD can also be used for industrial environment analysis, such as modeling carbon monoxide control in covered car parks, and for data center cooling analysis to optimize efficiency. Key
This document discusses the environmental control system of the Petronas Twin Towers office building in Kuala Lumpur, Malaysia. It describes the project stages and goals of the system, which included considering the local climate and architecture, assessing building functions and performance, and designing features to maximize efficiency, sustainability, and maintenance over time such as motion-sensor lighting, solar energy generation, and water management.
The document summarizes information about the AIRCOSAVER, a device that retrofits existing air conditioning systems to improve their energy efficiency. It works by detecting when a system is overcooling and switching the compressor off to avoid wasting energy. This can save up to 30% on energy costs with minimal impact on comfort. The second generation AIRCOSAVER is easier to install and provides stronger protection for compressors and savings in more systems up to 10 tons. Overall, the AIRCOSAVER is presented as an affordable way to significantly improve the efficiency of existing air conditioning units.
The Japan-America Institute of Management Science (JAIMS) hired Power & Systems Inspection Group (PSIG) to conduct a facility energy assessment. PSIG identified opportunities to upgrade JAIMS' aging HVAC system and install an Energy Control and Management System. These upgrades have reduced JAIMS' energy usage by 36% by more efficiently operating the HVAC system, lighting, and other equipment. Future projects will convert to more efficient lighting and give the EMCS control over individual air handling units to further reduce energy use. JAIMS' staff have also developed energy efficient practices to contribute to a 36% reduction in energy usage since beginning their green initiatives.
City Year executive Gillian Smith is a marketing professional with more than 15 years' experience in the industry. Prior to her role with City Year, Gillian Smith worked for Burger King Corporation, focusing on many aspects of the company’s advertising operations, including brand management.
Vor dem Hintergrund der gesellschaftlichen Entwicklung, der Veränderung der Arbeitswelt und der Finanzkrise stellen sich kritische Führungsaufgaben in den Kommunen. Die Kommunen werden absehbar an Bedeutung gewinnen als Vertrauensanker.
An energy audit is an analysis of energy usage at a facility to identify opportunities to improve energy efficiency and reduce costs. The audit process involves collecting data on energy bills, equipment, operations, and the building itself. Key systems like HVAC, lighting, and motors are examined in detail. The audit identifies energy conservation measures that can be implemented. A report is prepared with recommendations and an action plan to pursue comprehensive energy management. Implementing audit recommendations helps organizations continuously improve energy utilization and reduce costs.
1) HVAC contractors often oversize residential cooling and heating equipment by 100-300% based on outdated rules of thumb rather than proper load calculations. Oversizing leads to higher costs, lower efficiency, and occupant discomfort.
2) Only 5-10% of homes receive proper Manual J load calculations from contractors, and even these are often manipulated to inflate the needed capacity. Contractors prefer oversizing to avoid liability for undersizing.
3) The solution is to require contractors to perform accurate Manual J load calculations using current methods and standards, and to match equipment capacity to the calculated loads.
This document summarizes upcoming training events from Energy Trust of Oregon focused on high-performance building design and construction. It provides details on the Allies for Efficiency training series, which covers topics like energy modeling three times per year. An advanced AFE 2.0 series and Building Energy Simulation Forum also offer educational opportunities. Upcoming events in December and dates for the simulation forum through early 2017 are listed. The document encourages questions and provides contact information for inquiries about Energy Trust programs and becoming a New Buildings Ally.
FLEXIM's thermal energy meters support higher building energy efficiency through non-intrusive ultrasonic flow measurement and temperature monitoring in an integrated unit. They offer 1% accuracy for flow verification, chilled/hot water measurement, and general water supply. Being non-intrusive, they require minimal maintenance. The University of Florida used FLEXIM meters to control ice conversion chillers and pumps, saving energy. In Singapore, FLEXIM partners with contractors to provide accurate energy monitoring for buildings pursuing Green Mark certification.
This document summarizes an energy efficiency project replacing vapor compression chillers with thermoelectric chillers at a semiconductor manufacturing facility in Maine. It describes the key players involved, including the facility owner National Semiconductor Maine, the state energy program Efficiency Maine, and the engineering contractor ERS. Pre- and post-installation metering found the thermoelectric chillers reduced energy use from 781 MWh to 106 MWh annually, saving 675 MWh directly with additional indirect savings estimated at 153 MWh. The total predicted annual savings were 828 MWh or $91,077 at $0.11/kWh. Efficiency Maine provided incentives that made the project financially viable for National Semiconductor.
Retro-commissioning improves building efficiency by resolving problems that developed over time from equipment aging, design flaws, or usage changes. It identifies issues like unnecessary energy use from miscalibrated sensors or simultaneous heating and cooling. Retro-commissioning reduces operating costs through energy savings averaging $0.11-$0.72 per square foot and non-energy savings of $0.10-$0.45 per square foot. The process involves planning, investigation of current operations, implementing improvements, and verification, typically paying for itself within 2.1 years or less. Contact Minutemen Energy Services for more information on conducting retro-commissioning.
The document discusses various technical systems that interior designers should have knowledge of, including mechanical, electrical, plumbing, HVAC, lighting, acoustics, security, communication, and vertical transportation systems. It describes factors that influence thermal comfort like temperature, humidity, air quality and movement. It also discusses renewable energy sources for HVAC like geothermal and solar energy. Plumbing systems are also covered along with issues around noise control and building codes that interior designers must follow.
Testing, Adjusting, and Balancing of all HVAC Systemsd-airconditioning
The purpose of testing, adjusting, and balancing (TAB) is to assure that an HVAC system is providing maximum occupant comfort at the lowest energy cost possible.
Intelligent Energy Management Systems for Multi-Facility OperationsBAYweb
An energy management system allows operators to (1) centrally control temperature setpoints for each location, (2) monitor energy usage and HVAC performance in real-time from a single dashboard, and (3) continuously monitor HVAC systems to prevent expensive breakdowns. This provides unprecedented insight into energy consumption across multiple facilities and a framework for driving additional savings.
This document discusses the passive cooling technique of courtyard design. A courtyard is an open area surrounded by buildings that allows natural ventilation and creates a microclimate. Courtyards benefit buildings by creating a conditioned zone through stack effect ventilation and reducing the need for mechanical cooling. Proper courtyard design considers factors like elevation, ratio, and dimensions to maximize passive cooling effects for different climates. Courtyards have historically been used in Islamic and Nepalese architecture and remain effective in contemporary sustainable building.
Mark Harber - Design solutions to mitigate apartment overheatingIES / IAQM
This document discusses solutions to overcome overheating in apartments. It begins by highlighting that overheating and noise are significant problems according to surveys. It then discusses regulations and standards around overheating before examining passive and mechanical design solutions. Passive approaches include orientation, shading, high thermal mass, natural ventilation. Mechanical options include MVHR systems, with or without additional fans, heat pumps or cooling coils. The document compares performance and costs of different ventilation solutions.
Angel Schwep has over 15 years of experience installing, maintaining, and repairing HVAC systems. He has worked for several companies servicing both residential and commercial HVAC equipment. His experience includes installing network controllers and sensors, loading and commissioning system-level controllers, diagnosing and repairing HVAC systems, and performing preventative maintenance. He holds an HVAC diploma from Everest Institute and EPA universal certification.
Building Systems - Mock Company PresentationMichael Clarke
This document describes BildTek, a company that specializes in integrating smart building systems for commercial and industrial applications. Their product, A.S.C.I., optimizes energy usage, fire safety, security, and occupant comfort through integrated sensors, feedback displays, and centralized control. BildTek's solutions provide benefits like lower operating costs, improved safety and security, while creating opportunities for energy savings and increased business profile.
Flexim Fluxus Ultrasonic Flow Meters - Thermal Energy - BTU - Applications Br...Thorne & Derrick UK
The document discusses FLUXUS Energy, a company that provides non-intrusive thermal energy meters for measuring energy efficiency in buildings. Their meters combine ultrasonic flow measurement with temperature sensors to calculate energy usage. They are accurate even at low flow rates and small temperature differences. The meters can be used to obtain certifications like Green Mark or Green Star by accurately measuring chilled water, hot water, and general water supply. FLUXUS has provided their meters for many projects in Singapore and other parts of Asia to help buildings optimize energy efficiency.
CFD for Indoor Environment Design and Analysisanoopjangra
This document discusses how computational fluid dynamics (CFD) can be used for engineering services related to indoor environment design and analysis. CFD uses numerical methods and algorithms to simulate fluid flow and can generate visual representations of airflow, flow rates, and temperatures in buildings. It lists several application areas where CFD can be used, such as indoor air quality analysis, human comfort analysis, contaminant control, and ventilation analysis for various industries. It provides examples of how CFD has been used to analyze ventilation systems for biosafety labs and ensure compliance with industry standards. CFD can also be used for industrial environment analysis, such as modeling carbon monoxide control in covered car parks, and for data center cooling analysis to optimize efficiency. Key
This document discusses the environmental control system of the Petronas Twin Towers office building in Kuala Lumpur, Malaysia. It describes the project stages and goals of the system, which included considering the local climate and architecture, assessing building functions and performance, and designing features to maximize efficiency, sustainability, and maintenance over time such as motion-sensor lighting, solar energy generation, and water management.
The document summarizes information about the AIRCOSAVER, a device that retrofits existing air conditioning systems to improve their energy efficiency. It works by detecting when a system is overcooling and switching the compressor off to avoid wasting energy. This can save up to 30% on energy costs with minimal impact on comfort. The second generation AIRCOSAVER is easier to install and provides stronger protection for compressors and savings in more systems up to 10 tons. Overall, the AIRCOSAVER is presented as an affordable way to significantly improve the efficiency of existing air conditioning units.
The Japan-America Institute of Management Science (JAIMS) hired Power & Systems Inspection Group (PSIG) to conduct a facility energy assessment. PSIG identified opportunities to upgrade JAIMS' aging HVAC system and install an Energy Control and Management System. These upgrades have reduced JAIMS' energy usage by 36% by more efficiently operating the HVAC system, lighting, and other equipment. Future projects will convert to more efficient lighting and give the EMCS control over individual air handling units to further reduce energy use. JAIMS' staff have also developed energy efficient practices to contribute to a 36% reduction in energy usage since beginning their green initiatives.
City Year executive Gillian Smith is a marketing professional with more than 15 years' experience in the industry. Prior to her role with City Year, Gillian Smith worked for Burger King Corporation, focusing on many aspects of the company’s advertising operations, including brand management.
Vor dem Hintergrund der gesellschaftlichen Entwicklung, der Veränderung der Arbeitswelt und der Finanzkrise stellen sich kritische Führungsaufgaben in den Kommunen. Die Kommunen werden absehbar an Bedeutung gewinnen als Vertrauensanker.
The principal task of a learning institution is to equip individuals with the skills and competencies needed to function in a constantly changing world. This helps develop self-confidence and allows people to excel in areas like the workplace by helping them solve problems creatively. Learning institutions should offer education and training that meets individual interests and needs while also helping people develop character and life skills to deal with challenges. It is a shared responsibility between individuals, families, and society to ensure all have access to necessary education and training for personal development and integration into the community.
This document contains contact and biographical information for Abdallah Hussien Hossny El-Sheikh. It summarizes that he is an Egyptian national born in 1990 in Beheira governorate who currently resides in Cairo. He received a BSc in Mechanical Engineering from the Arab Academy for Science, Technology and Maritime Transport in 2014 and is now pursuing a Pre-Master's degree there. His work experience includes teaching mechanics courses and working in ground services at Nile Air Company. He has completed various training programs and summer internships related to mechanical engineering.
This document summarizes stress responses in fishes. It discusses:
- Stress triggers a diversity of physiological responses aimed at maintaining homeostasis. Severe or prolonged stress can become maladaptive.
- Primary stress responses include increased catecholamines and corticosteroids. Secondary responses affect metabolism, osmoregulation, respiration, immunity. Tertiary responses impact performance.
- Cortisol levels are commonly used to measure stress response. Species vary in cortisol response to stress by over two orders of magnitude, from 30 ng/ml to over 300 ng/ml. Genetic factors account for much of this variation.
O relatório descreve um projeto que usou fungos filamentosos para produzir enzimas através da fermentação de resíduos agroindustriais. Os resíduos de soja, mamona e casca de soja foram fermentados e testados para atividade enzimática, demonstrando potencial para produção de enzimas industriais como amilases e proteases de forma sustentável.
#MWC15Health Rossana Alessandrello from experimentation to routine how to imp...3GDR
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
El agua representa el 70% de la composición del cuerpo humano y es indispensable para mantenerlo sano, ya que transporta vitaminas, sales minerales y elimina toxinas. Beber agua diariamente hidrata el cuerpo, limpia la piel y los órganos, estimula el metabolismo, regula el apetito, previene infecciones y el estreñimiento, y lubrica las articulaciones.
R&D Plan (2015 2025) for Indian Power SectorKumar Mukund
India’s record on expenditure in R&D in power sector has been pathetic to say the least. For 10th five year plan (2002-2007), against an outlay of Rs. 3100 crore the total expenditure was a mere Rs. 23 crore. For the 11th five year plan (2007-2011) the total expenditure was Rs. 352 crore against an outlay of Rs. 1214 crore. For the 12th five year plan (2012-2017), the total estimated expenditure on R&D is Rs. 4,168 crore1.
With the advancement in technology and growing power needs, the landscape of power sector is going to change drastically. The large power generation units are going to become distributed generation units and consumers are becoming prosumers. There are going to be millions of injection points which are going to be interactive in nature with V2G and G2V, M2M technologies etc. Environmental concerns are forcing us to shift our focus from fossil fuel based generation to renewable energy. But intermittent nature of renewable is a big challenge and we need to invest in R&D on various smart grid technologies and storage technologies to integrate it with the national grid.
With more than half of the population within the age group of 15-54 years, a nice variety of experience can be blended for a better applied research, development and innovation in India. Also more than 5 lakh students graduate every year from various engineering streams. However there are two key challenges, one to produce graduates with the required skill sets that are useful for the power sector and two to create the job opportunities in the field of R&D in power sector. It is very important for India to develop in house R&D units by increasing our focus on development of innovative new technologies that will help India to meet its requirements. This will help India not only to create jobs at large scale but also to increase the number of patents registered with the Indian companies. This report is an attempt to define the priorities of R&D investments in Indian power sector and technologies in which India should invest in next 10 years to become self-dependent and net exporter of technologies.
A former brand and media leader at leading international corporations including Burger King and Coco-Cola, Gillian Smith now draws on her business acumen to serve the nonprofit sector. As chief marketing officer of City Year, she assists the nonprofit in providing valuable mentorship opportunities for youth who might otherwise drop out of school. Gillian Smith has secured numerous partnerships that have helped to advance the nonprofit’s mission, including a recent collaboration with Jer’s Chocolates.
In this presentation, Ilf Bencheikh will detail the importance of rigorous impact evaluation methods to assess the true effect of nutrition programs.
Once presented the methodological challenges, he will share the results of studies run by J-PAL researchers in the nutrition field, mostly in India and China. The learnings that will be drawn will be about the positive impact of well-conceived nutrition programs, but also about the right incentives to reach behavioral change. Scientific impact evaluation is a powerful tool to understand how people really behave and which are the best ways to help them improve their lives.
Register op het boek: Verveningen en verveners in Friesland, auteur Wim Visscher. Grote delen van Friesland waren vroeger bedekt met veenmoerassen. Het oostelijk deel (de Wouden) van de provincie stond bekend om zijn hoogveen, terwijl het zogenoemde Lage Midden van Friesland het gebied van de laagveenmoerassen was. Het Lage Midden omvat de brede strook van lage landen, meren, plassen en poelen, die zich vanaf Staveren en Lemmer noordwaarts uitstrekt tot even ten zuiden van Dokkum.
Beide onderdelen, de hoogveen- en de laagveengebieden, maken deel uit van dit boek. De auteur beschrijft in ieder hoofdstuk over een bepaalde periode één of meer Friese verveningen en de rol van de daarbij betrokken - al dan niet met veencompagnieën verbonden - personen en families.
Bij die vervenersfamilies valt op dat de vele adellijke en patricische vervenersfamilies daarin een belangrijke plaats innemen. In de bijlagen zijn een aantal deelgenealogieën opgenomen van deze en andere families die zich met verveningen bezighielden. Omdat veel Friese verveners zich bij hun verveningen organiseerden in samenwerkingsverbanden als veencompagnieën wordt in de overzichten ook verwezen naar de onderlinge familiebanden, zodat een beeld ontstaat van een uitgebreid netwerk, dat zich uitstrekte tot ver buiten de provincie Friesland.
Wim Visscher is jurist en historisch onderzoeker en publiceerde o.a. over de verveningen en de turfindustrie in Zuidoost-Drenthe en Noordoost-Overijssel. Zie ook http://www.wijdemeer.nl/webshop/Op-komst-Verveningen-en-verveners-in-Friesland/1
Kent u ze nog... de Dokkumers. Fotoboek met oude foto's van Dokkumers uit begin 20e eeuw. Verenigingen en individuele, kleurrijke Dokkumers! Door W.T. Keune, Doederus Kamminga en Kamstra, op basis van fotocollectie museum Admiraliteitshuis. Tegenwoordig Museum Dokkum.
Nutritional genomics untuk efisiensi pakan2Ibnu Sahidhir
1. Dokumen tersebut membahas tentang nutritional genomics pada ikan, yang merupakan relasi timbal balik antara nutrisi dan genetik. Nutrisi berpengaruh pada ekspresi gen dan kesehatan ikan, sementara genetik mempengaruhi cara ikan merespons nutrisi.
2. Dokumen ini menjelaskan berbagai contoh aplikasi nutritional genomics seperti pemrograman nutrisi, pakan mikrobial yang mengandung probiotik, dan pakan herbal yang
The document provides an overview of key concepts in Indian partnership law under the Indian Partnership Act of 1932. It defines a partnership as an agreement between two or more persons to share profits from a business carried on by them. The main types of partnerships covered are partnership at will (indefinite term) and particular partnership (fixed term or venture). Rights and duties of partners as well as ways partnerships can be formed, dissolved, or partners can join/retire are also summarized. Key points include unlimited liability of partners, consent needed for new partners/dissolution, and various contingencies like death or insolvency that can dissolve a partnership.
The document discusses corporate communication, providing examples of how language can be interpreted differently internally versus externally. It also summarizes various frameworks for understanding the structures and flows of internal and external communication. Key aspects of corporate communication discussed include management communication, marketing communication, and organizational communication.
Corporate communications involves managing internal and external communications to achieve business objectives. It includes functions like public relations, marketing communications, and internal communications. The goals are to position the organization, manage its reputation, and ensure employees and stakeholders are well-informed. Effective corporate communications requires understanding concepts like brand identity, corporate image, and stakeholder management. It also requires strong media relations, employee communications, and managing communications during crises.
Heat Load Calculation and Coordination of Multispecialty Hospital Using Revit...IRJET Journal
The document discusses designing the HVAC system for a multispecialty hospital using Revit modeling software. It involves performing heat load calculations manually according to ISHRAE standards. The methodology includes creating a 2D architectural layout of the hospital, performing heat load calculations, designing the HVAC system, estimating costs, and developing a 3D Revit model of the hospital. Literature on previous research related to HVAC system design, cooling load calculations using Revit, building energy simulation, and improving indoor air quality to reduce virus transmission is also reviewed.
This document discusses the benefits of integrated smart building technologies. It explains that building owners want integrated systems to create high-performance buildings that control costs and meet occupant needs, but selecting and integrating the right technologies can be challenging. The document then discusses how Axenttech provides consulting services to help owners optimize building systems for functionality and cost-effectiveness. It provides examples of how smart building technologies like sensors and network connectivity can improve energy efficiency and reduce operational expenses.
Ron wilkinson cx for new and exist bldgsEllieNowels
The document provides definitions and explanations of commissioning from various industry sources such as ASHRAE and USGBC. It discusses how commissioning verifies that building systems are planned, designed, installed, tested, operated and maintained according to the owner's requirements. It also explains how commissioning improves building quality, reduces callbacks and operating costs, provides better documentation, improves occupant productivity and verifies system performance. Commissioning is described as a collaborative, systematic process that begins in the planning phase and continues through construction and occupancy.
Intelligent building (Link in Description for Download)Dimple Poddar
The report shows a brief explaanation of an intelligent building, its criteria, advantages and diadvantages with a case study explaining about the use of of an intelligent building in pacticality.
Link to download: https://dimpstrail.gumroad.com/l/yknap
Matrix is an HVAC engineering firm located in Mandeville, LA that provides various HVAC services including engineering design, building surveys, compliance reports, testing, balancing, and energy audits. They serve commercial, industrial, and offshore markets. Matrix's professional engineers develop customized solutions that meet energy efficiency and practicality standards.
This document outlines the course contents for a semester course on smart materials for green building. It covers five units: (1) introduction to intelligent buildings and smart materials, (2) actuator techniques using materials like piezoelectric, shape memory alloys and electrorheological fluids, (3) study of advanced building materials like aluminum, glass and fabric, (4) building systems for areas like lighting, ventilation and energy production, and (5) nanomaterials, polymers and their applications in sustainable construction. The goal is to introduce students to intelligent building design and automation concepts using smart materials to improve building efficiency and sustainability.
Intelligent buildings are buildings that are responsive, flexible and adaptive to changing user needs through their design and IT systems. They provide services for occupants, administration and maintenance. Intelligent buildings have sensors and actuators that allow transparent and intelligent behavior with memory to support human and system communication. The objective of intelligent buildings is to maximize energy efficiency and enhance work performance by combining environmental technologies to operate all building systems in the most efficient way. Intelligent buildings better meet user needs through more efficient system management and effective integration of advanced business technologies.
Buildings contribute to 40 percent of global energy consumption, and are expected to do so even more in the coming future. This consumption directly influences the use of fossil fuels that have significant environmental impacts. Although renewable energy sources have shown tremendous promise, it is anticipated that most of the global energy generation will still use fossil fuels. Therefore the need for energy efficiency in buildings is critical, and the main objective of a 'smart building' is to reduce and manage building energy consumption without compromising occupant comfort and operational efficiency. Within buildings, Heating, Ventilation and Air Conditioning (HVAC) systems contribute to significant energy consumption. The other share is consumed by lighting and plug loads. Smart buildings employ different types of sensors in HVAC and other mechanical systems which makes these systems more intelligent and adaptive. Data from sensors and associated controllers are now being used for building energy analytics and the technological advancements made in this field is very promising.
This document discusses the design of an HVAC system for an AC room. It begins by outlining the importance of properly sizing the HVAC system to meet heating and cooling loads while minimizing energy costs. The document then describes the process for HVAC system design, which includes calculating heating and cooling loads, selecting appropriate equipment based on the loads, and evaluating design options. The objectives are to provide an energy efficient and comfortable indoor environment. Key steps in the design process are determining factors that influence loads, selecting a system, calculating loads using software, linking the system file to architectural plans, specifying zones, and evaluating efficiency.
Model Based Embedded Control System Design for Smart HomeIRJET Journal
This document presents a model-based embedded control system design for a smart home. It discusses using model-based design approaches like Model-in-Loop and Hardware-in-Loop testing to model and test the control systems for smart home devices like a water heater, air conditioner, and ceiling fan before implementation. The proposed system would implement sensor networks and wireless technologies to remotely control home appliances from a central processing unit. It aims to provide a reliable, flexible and economical way to automate a home using model-based control system design approaches.
With advancement of technology things are becoming simpler and easier for us. Automation is the use of control systems and information technologies to reduce the need for human work in the production of goods and services. In the scope of industrialization, automation is a step beyond mechanization. Whereas mechanization provided human operators with machinery to assist them with the muscular requirements of work, automation greatly decreases the need for human sensory and mental requirements as well. Automation plays an increasingly important role in the world economy and in daily experience. Automatic systems are being preferred over manual system. Through this project we have tried to show automatic control of a house as a result of which power is saved to some extent. The past decade has seen significant advancement in the field of consumer electronics. Various “intelligent” appliances such as cellular phone, air conditioners, home security devices, home theatres, etc., are set to realize the concept of a smart home. They have given rise to a Personal Area Network in home environment, where all these appliances can be interconnected and monitored using a single controller. Home automation involves introducing a degree of computerized or automatic control to certain electrical and electronic systems in a building. These include lighting, temperature control, etc. This project demonstrates a simple home automation system which contains a remote mobile host controller and several client modules (home appliances). The client modules communicate with the host controller through a wireless device such as a Bluetooth enabled mobile phone, in this case, an android based Smart phone.
A smart commercial building uses advanced IoT sensors to collect data from building functions and subsystems. This data is integrated into a Building Management System (BMS) that building operators can use to automate, control, and optimize building performance. Some key benefits of smart commercial buildings include improved energy efficiency, lower operating costs, and better tenant experiences through use cases like HVAC, lighting, security, and maintenance management. However, transforming older buildings and optimizing existing smart buildings presents challenges related to data integration across different systems and ensuring reliable connectivity.
This document discusses the importance of accurate heating and cooling load calculations according to ACCA Manual J standards. It emphasizes that the load calculation is the first step in HVAC system design and determines both equipment selection and duct design. Applying inaccurate adjustments to variables like outdoor temperatures or ignoring building features can significantly oversize the calculated loads. This oversizing leads to higher costs and system inefficiencies from short cycling. The document recommends following ACCA Manual J standards to perform aggressive but accurate load calculations without arbitrary safety factors.
Heat Load Calculation with Duct Design of a Multi Storeyed Residential Buildingijtsrd
The heating, ventilation, and air conditioning HVAC system is arguably the most complex system installed in a building and is responsible for a substantial component of the total building energy use. Maintaining optimal temperature and air circulation are the basis of a comfortable indoor environment 1 . This role is played by HVAC Heating, ventilation and air conditioning systems. The heat load calculations along with the duct design for a HVAC system installed in a multistorey residential building is calculated and analyzed to maintain a desired temperature based on outer environmental temperature. The duct design is analyzed which create an impact on system performance. The layout of a multistorey residential building is made by using Autodesk REVIT software. A complete air conditioning system was designed along with ducts and VAV system to control the indoor environment conditions like temperature, relative humidity, air movement, etc. Based on the obtained Heat Load Calculations CFM and T.R values were found for each spaces and ducting design was done for all the spaces by considering the quantity of CFM to be supplied. A suitable air handling unit AHU is selected based on the CFM value for multi storey residential building. With this the capacity of equipment was estimated and selected for the installation. Basavaraja K. T | T. Kiran | T. Sushanth | Thummala Saiteja Reddy ""Heat Load Calculation with Duct Design of a Multi Storeyed Residential Building"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019, URL: https://www.ijtsrd.com/papers/ijtsrd23301.pdf
Paper URL: https://www.ijtsrd.com/engineering/mechanical-engineering/23301/heat-load-calculation-with-duct-design-of-a-multi-storeyed-residential-building/basavaraja-k-t
The document provides information about building automation systems (BAS). It defines a BAS as a network that connects and automates functions inside a building, including lighting, HVAC, fire, and security systems. It then describes the typical components of a BAS, including sensors, controllers, output devices, communication protocols, and user interfaces. It explains how each component works and its role in gathering and responding to building data. The document also discusses trends in BAS, such as web-based networks, wireless technologies, systems integration, and the use of expert systems.
Revolutionizing Residential HVAC Systems_ The Power of AI Technology (1).pptxEDS Tech
AI-powered HVAC systems have the potential to enhance energy efficiency, improve comfort, and provide advanced control options for homeowners.
Read More: https://www.eds.tech/revolutionizing-residential-hvac-systems-the-power-of-ai-technology/
Certifying is often mistakenly referred to as commissioning. In many cases, owners will purchase commissioning, but receive certifying services. It is important to know what you’re paying for. Project goals and budget typically determine which service is needed. If public recognition, such as LEED, is desired to illustrate that a building is sustainable and meets specific environmental goals, then certification is necessary. On the other hand, if the project goal is to ensure optimal building performance, then commissioning is the preferred choice.
Building Simulation, Its Role, Softwares & Their LimitationsPrasad Thanthratey
A presentation on Building Simulation, Its Role, Softwares & Their Limitations for the course of Energy Efficient Architecture from students of 5th Semester Architecture at VNIT, Nagpur (Aug-December 2015)
Similar to RussSlaten-ABMJuly2015-SmartBuildingTechnologies (20)
Building Simulation, Its Role, Softwares & Their Limitations
RussSlaten-ABMJuly2015-SmartBuildingTechnologies
1. 30 Alaska Business Monthly | July 2015www.akbizmag.com
CONSTRUCTION
Before the emergence of digital
controls and smart building
technologies, most buildings
controlled the HVAC system—heating,
ventilation, and air conditioning within
the building—through a pneumatic or
air-based control system. Most existing
buildings still use pneumatic controls,
limiting the opportunities to monitor
the other systems of the building and of-
ten burning more energy in the process.
Smart building technologies, typical-
ly controlled by a building automation
system, link the mechanical, electrical,
and plumbing systems of the building
and give the operator a window into the
inner workings of nearly all the systems
that influence a building’s operations.
Through smart build-
ing technologies, opera-
tors are equipped to ensure
safety, provide comfort, and
especially important to Alaskans—
monitor efficiency.
Paper to Operator
Some companies know what they want
in an automated control system to op-
erate their buildings. Sometimes that
is not always the case. Some people
just want their buildings to keep them
comfortable without having to think
too much about it. Mark Frischkorn,
principal mechanical engineer at RSA
Engineering, Inc., is part of
an engineering firm that has tak-
en the role of designing many smart
systems for schools and businesses in
Alaska. Recently RSA Engineering de-
signed the mechanical systems of the
West Anchorage High School addition
under the architects Kumin and Asso-
ciates. The project is currently under
construction by Cornerstone General
Contractors.
Building
Automation
Techniques
Deployed
in Alaska
By Russ Slaten
Smart Building
Technologies
Smart Building
Technologies
Smart Building
Technologies
2. www.akbizmag.com July 2015 | Alaska Business Monthly 31
Mechanical systems of the West Anchorage High
School addition are tied into the school’s building
automation system. On the left, the outside air
louver is outlined in red stripes, and the air
handler is dark grey with green ducts, it
distributes air (including heating and
cooling) throughout the building. Floor
drains are designated in pink, and
return air grilles are designated
in blue.
Rendering courtesy of
RSA Engineering, Inc. and
Kumin and Associates, Inc.
Frischkorn says the contractors will
install the system, complete the project,
and hand it over to the building owner.
The contractor responsible for the au-
tomation control system provides the
owner an Operations and Maintenance
manual detailing the systems installed
for that particular project.
“The contractor is then supposed
to train [the building operator] on the
systems and say, ‘Here is what you have
to know, here’s how it’s supposed to
work,’” Frischkorn says.
Due to the com-
plexity of the sys-
tems involved, most
building control
suppliers offer supplemental
training and even classes at the
factory for building operators
that really want to know their sys-
tems and operate them to optimal effi-
ciency. They also offer service contracts
for the people that want their systems
to work without having to worry about
the details.
Most construction contracts have a
one-year warranty, and if something
doesn’t work, the contractor would have
to come back and fix it, Frischkorn says.
This also helps with the learning process
for the building operator as they learn
how their building reacts to the seasons.
“Here lately commissioning is the
latest and greatest thing now. They usu-
3. 32 Alaska Business Monthly | July 2015www.akbizmag.com
Further detail of the
mechanical systems of the
West Anchorage High School
addition and it’s connection into the
school’s building automation system.
Rendering courtesy of RSA Engineering, Inc. and Kumin and Associates, Inc.
5. 34 Alaska Business Monthly | July 2015www.akbizmag.com
ally hire an engineer to commission the
building, which essentially means to
turn everything on and walk it through
all of the things it’s supposed to be do-
ing and make sure it does in fact do all
of those things,” Frischkorn says.
RSAofferscommissioningasaservice,
and in 2013 Frischkorn commissioned
the UAF Margaret Murie Building.
“The whole commissioning process
can be rather sophisticated. It took me a
week to check every point in that build-
ing to make sure it was doing what it
was supposed to be doing. I didn’t get it
all; I got all the major ones, because that
is a very big, very sophisticated build-
ing,” Frischkorn says.
Even though the mechanical and
control contractors on that project were
very conscientious, there were still a
fair amount of adjustments to be made
to get everything working just right.
The commissioning agent provides a
second set of eyes and the time to study
the systems that helps ensure every-
thing gets adequately tested before be-
ing turned over to the owner.
Before the process of installing and
utilizingsmartbuildingtechnologies,be-
cause of its innate complexity, a building
owner must first realize the benefits of
designing with or converting to a build-
ing automation system. Some buildings
benefit more from high levels of technol-
ogy than others, Frischkorn says.
Buildings must be viewed on a case-
by-case basis before making the first
steps toward reducing energy use and
being smart, says Jack Hébert, founder
and CEO of the The Cold Climate Hous-
ing Research Center (CCHRC).
“Every building in itself has a personal-
ity,” says Hébert. “The personality is re-
flected by the way it was built, who built
it, when it was built, the kinds of systems
that were put in it at that particular time,
the behavior of the people that use the
building, and the education of the opera-
tors of the building. When addressing en-
ergy efficiency and being smarter, every
building has a story of its own.”
Applied Research
CCHRC in Fairbanks is a nonprofit,
industry-based corporation that dem-
onstrates smart building technolo-
gies, among other building efficiencies,
through statewide research. Hébert
says it utilizes product development
and testing for research and works with
homeowners and building managers to
incorporate smart building technolo-
gies and other efficiencies in buildings
throughout the state.
CCHRC’s facility in Fairbanks utiliz-
es a Siemens Apogee system to monitor
and control building functions and pro-
vide data for researchers. As an applied
research facility, CCHRC demonstrates
its research in its use.
“If you can’t feel it, touch it, and see
how it performs, if you’re just doing
a study, it’s just one more study on a
shelf,” Hébert says. “What really has an
impact is being able to show folks what’s
been done. Let them kick the tires.”
The research facility is equipped with
more than 1,200 sensors to study tech-
niques and technologies for use in cold
climates.
“In our world, what we call ‘smart
technologies’aretechnologiesthatareef-
fective without being overly complex, so
they can be affordable and regular folks
can operate them. Building technologies
on commercial buildings can get quite
complex, but sometimes they have to be
6. www.akbizmag.com July 2015 | Alaska Business Monthly 35
that way in order to achieve efficiency. In
any case, the technologies should com-
plement the systems in the building in a
way that reduces the amount of energy
that’s used,” Hébert says.
Hébert points to the use of outdoor sen-
sors in radiant floor heating as a smart
technology.Outdoorsensorsreadthetem-
perature of ambient air outside the build-
ing and adjust the temperature of fluids
in the heating system to maximize effi-
ciency in the transfer of heat to the build-
ing. If the outside temperature drops, the
temperature of water going through the
radiant floor system rises to more effec-
tively transfer heat, but runs at the lowest
temperature needed to satisfy the heating
needs of the user. Radiant floor heating is
operated by computer-controlled valves
that interface with the main system to
optimize efficiency. At the CCHRC facility
the Siemens Apogee system adjusts boiler
operation times and temperatures based
on outside temperature.
The aspect of lighting plays a ma-
jor role in smart building technologies
in commercial buildings, Hébert says.
Smart technologies sense the amount
of ambient light received through win-
dows. The building adjusts the lumens—
the amount of visible light—to balance
the level of lighting necessary for the
building’s occupants without wasting
energy. Along with those controls are
occupant sensors that tell the system if
a person is in the room and whether the
room should be lit. The amount of lu-
mens a light should produce depends on
the amount of natural light in the room.
The HVAC system is most often con-
nected to the electronic smart building
controls. Hébert says indoor air quality
is a major issue in commercial build-
ings. Occupancy sensors read the num-
ber of people in the room by the amount
of carbon dioxide produced from
breathing and adjusts to ventilate fresh
air for that number of occupants. If
there are no occupants in the room, the
advanced system only ventilates to keep
a minimum air change going through
the building to promote efficiency.
Because Alaska is relatively cold
throughout most of the year, buildings
in the state are more equipped to handle
heating rather than air conditioning
needs. One way of keeping air quality
high while keeping the building heated
is the use of heat recovery ventilation,
Hébert says. The heat leaving the build-
ing that would have been lost to the at-
mosphere preheats the cold, exterior air
coming into the building, creating an
interchange between the stale, warm air
and incoming fresh air. If the exterior
temperature is too cold for heat recovery,
the system adds heat to the airstream to
ensure the occupants are comfortable.
“One of the biggest expenses of oper-
ating a commercial building in cold en-
vironments is the number of air chang-
es that occur, so you are constantly
changing the air inside a building, and
unless you have smart controls or use
heat recovery of stale air, it can be a tre-
mendous energy cost just ventilating a
commercial building,” Hébert says.
Hébert says the controls of a particu-
lar system should complement the ap-
pliance, whether it is lighting, heating,
or ventilation. The system shouldn’t
be too complex for the appliance or the
user. The Siemens Apogee system in the
research facility allows the operator to
adjust indoor temperatures and provide
dataonfuelusageandenergygeneration.
The smart building system at the
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ALASKA’S CHOICE FOR
BUILDING MATERIALS AND HOME IMPROVEMENTS.
7. 36 Alaska Business Monthly | July 2015www.akbizmag.com
CCHRC facility is equipped with con-
trollers that transmit and receive infor-
mation through the field level network.
Automated Building Controls
Anchorage-based AMC Engineers spe-
cializes in the design of mechanical,
electrical, and telecommunications for
commercial and institutional facili-
ties utilizing smart building technolo-
gies. The firm’s clients include federal,
state, municipal, and private businesses
throughout Alaska.
“Our systems ‘breathe life’ into a fa-
cility. We measure outside air tempera-
ture, relative humidity, and the systems
alwaysbringfreshairinside.Allofthose
dynamics are constantly managed by
the building automation system,” says
Dave Shumway, principal mechanical
engineer at AMC Engineers.
For the most part a smart building
controls itself, and the occupant relies on
automated systems to set a comfortable
environment, Shumway says. As the oc-
cupantentersaroom,thelightsfliponau-
tomatically. After the occupant leaves the
lights are set to a time delay that turns off
the lights to save energy. The use of LED
lights further aids in energy efficiency.
“InAlaska,we’rereallyconcernedabout
energy. It gets really cold here, so we try to
limit the amount of outside air entering a
building,”Shumwaysays.“You’rerequired
to bring in a certain amount of outside air
just to meet indoor air quality standards,
so we design our buildings to provide that
amount of air into the building.”
AMC Engineers is working on several
large scale projects including the new
University of Alaska Fairbanks (UAF)
Engineering Facility currently under
construction. The $118.1 million project
is a six floor, 119,000-square-foot build-
ing. Shumway says the UAF Engineer-
ing Building features an “engineering
on display” concept.
“Students and visitors will be able
to view the actual inner workings of
the building automation and control
system on large LED display monitors
located throughout the facility. Dis-
plays will include HVAC and electrical
system operation, energy consump-
tion monitoring, photovoltaic panel
power generation rate, building struc-
tural component stress, and strain and
building ‘stack effect,’” Shumway says.
Interconnected Systems
Akeyadvantageofusingsmartbuilding
technology is that large, complex build-
ings can be continuously monitored for
scheduled maintenance and immediate
system fault identification in the event
of a system component failure.
“The building automation system
monitors many aspects of the build-
ing,” Shumway says. “So if there is a
problem, the building automation sys-
tem can send a message to the mainte-
nance staff so they can correct the prob-
“It turns out to be a huge
advantage for the university as
new buildings come online and
as we see how the emerging
technologies can be used. We
can then reverse engineer
it back into old buildings to
help with things like energy
reduction and safety.”
—Cameron Wohlford
Senior Project Manager, UAF
Special Olympics Alaska Training Facility
8. www.akbizmag.com July 2015 | Alaska Business Monthly 37
lem before it becomes worse.”
At UAF, individual campus building
automation and control systems are de-
signed to “speak” to one another, each
programmed with control strategies that
have been standardized to fit the specific
needs of the university. Operators at the
university have established relationships
with consulting engineers to assist in
achieving the university’s smart build-
ing goals, unlike some businesses that
simply look to the design engineer for a
smart building systems approach.
“UAF has a strict set of design guide-
lines for our mechanical and electrical
systems. So much so that we’re actually
driving the design of the consultants; the
reason being we know what works in our
extremeclimate,andwewantitstandard-
ized for our maintenance technicians to
occasionally fix and repair the buildings
when issues arise. We utilize the horse-
powerofourconsultantstolookatsystem
sizing, system capacity, ensuring that our
systems are utilizing our energy wisely
because it is so expensive to heat and cool
a building in Fairbanks,” says Cameron
Wohlford,seniorprojectmanageratUAF.
Not only does UAF drive the design
side of its building controls, it also
drives the technology side through its
relationship with Siemens. Wohlford
says the university is always looking for
the latest and greatest when it comes
to energy reduction, user comfort, and
other priorities.
“It comes down to all three parties
[operator, engineer, and technician]
leading the design together. I think it
turns out well,” Wohlford says.
UAF connects the lighting, HVAC,
security, fire alarms, and various sys-
tems of all its new buildings through
the Siemens automated building system.
Wohlford says the advantage of inter-
connected systems is a wholesale look at
building assets and the ability to moni-
tor operations from a global standpoint.
“It turns out to be a huge advantage
for the university as new buildings come
online and as we see how the emerging
technologiescanbeused,”Wohlfordsays.
“Wecanthenreverseengineeritbackinto
old buildings to help with things like en-
ergy reduction and safety.” R
Russ Slaten is an Associate Editor
at Alaska Business Monthly.