CONTROLITE. Intelligent Daylighting System FACADE SKYLIGHT

Similar documents
CONTROLITE. Intelligent Daylighting System FACADE SKYLIGHT

Intelligent Daylighting System

DANPAL LOUVRE SYSTEM. Operable Translucent Shading System SHADING

DANPAVAULT. Barrel Vault Skylight System SKYLIGHTS

DANPAVAULT. Barrel Vault Skylight System SKYLIGHTS

DANPAL VRS. Ventilated Rainscreen System CLADDING

OPERABLE DAYLIGHTING SYSTEM

POLYGAL Multiwall Sheets. commitment

Optimise the Specification of a Building Envelope

SOLAR PHOTOVOLTAIC ENERGY

Assessing the energy performance of modern glass facade systems

IMPROVING THE HUMAN EXPERIENCE IN THE BUILT ENVIRONMENT

The Top Five Ways an Architect Can Drive Sustainability. Early-stage design decisions that can have a significant impact on building performance

Smart. Easy. Profitable.

Cost-Benefit Analysis of Dwelling Retrofit Options

Chapter 7. Passive Solar Contents

What is Sustainable Design?

SOPHARMA AND LITEX TOWERS Hi-tech intelligent building where light, architecture and sustainability meet business

TREES Training for Renovated Energy Efficient Social housing. Section 1 Techniques 1.2 Replacement of glazing

Irvine CA MAE ROW ROW ROW. Office Lighting Plan. Page 93

Design of Sunshade Board with South External Window of Residential Building in Hangzhou Based on Software Simulation Analysis of Energy Saving

SageGlass. SageGlass Product Guide. Dynamic glass for a changing world

Facade Design for Super High- Rise Building in Subtropic Region in China

Introduction to basics of energy efficient building design

Poor distribution & glare

Design and retrofitting of a hybrid building in Athens

ECONTROL SOLAR CONTROL WITH DIMMABLE GLASS

Boosting well-being in the healthcare sector

Ultimate Performance Glass

Selecting Energy Efficient Replacement Windows in Florida

THE IMPACT OF GLAZING SELECTION ON DAYLIGHTING AND ENERGY PERFORMANCE FOR AN OFFICE BUILDING IN CANBERRA

Selecting Energy Efficient New Windows in Tennessee

EXTERNAL SHADING DEVICES

NRC CONSTRUCTION TECHNOLOGY UPDATE

Design of Green Building

Modeling Energy Consumption Effects of Glazing

Selecting Energy Efficient New Windows in Nevada

THERMAL MASS CHAPTER 6. Understanding thermal mass. Seasonal effects of thermal mass

TECHNICAL CONSULTING SERVICES REEN UILDING

Boosting well-being in the healthcare sector

Selecting Energy Efficient New Windows in Illinois

Chapter 2 Literature Review

OKASOLAR. Glazing with Integral Daylight Control

Selecting Energy Efficient Replacement Windows in Arizona

Senior Design Project for UNO. Design of the International Studies Building: An Environmental Analysis

World s best-performing glass curtain wall

COMPARATIVE EVALUATION OF SIDE-DAYLIGHTING STRATEGIES

Natural light is better. That s our view.

546: High Altitude Design, Optimising Residential Architecture in the Alborz Mountains, Iran

Daylight Harvesting in Tropic

Low energy co-office building BMEEPTCEP01

International Journal of Civil and Environmental Engineering 3:2 2011

Making the working environment in offices more comfortable

THE LABAN DANCE CENTRE DEPTFORD, LONDON, UK

Analysis of different shading strategies on energy demand and operating cost of office building

WEB BASED APPLICATION SPECIFIC INSTALLATION INSTRUCTIONS

Introduction of Heat Insulation Solar Glass

LOW-E PHOTOVOLTAIC GLASS TECHNICAL GUIDE

Young Cities Research Briefs 07 Architectural Energy Efficiency

facade VENTED RAINSCREEN ROOFING CANOPY INTERIORS LIGHTS INNOVATIVE SOLUTIONS FOR OPTIMAL SOLAR and HEAT COMFORT

The future of vision & daylight control INSULATING GLASS WITH INTEGRATED CORD-FREE LOUVERS FOR THE OPTIMAL CONTROL OF VISION, DAYLIGHT, HEAT, SOUND

Solar-Control Glazing. Visionary Façade Concepts

Sustainable Building Façade and Advanced Fenestration Systems

Glazing Alternatives

Solar gains in the glazing systems with sun-shading

Skylights, Canopies, Walkways, Wall Systems & Interiors. Translucent Polycarbonate MULTI-WALL PANEL SYSTEMS

INVESTIGATION INTO THE THERMAL IMPACT OF WINDOW-TO-WALL RATIO, BUILDING ORIENTATION AND GLAZING MATERIAL ON OFFICE SPACES

Near zero energy building with steel solutions case study. Jyrki Kesti, Technology Director, Ruukki Construction

Monitoring of Advanced Facades and Environmental Systems

ADAPTIVE LOW-E DOUBLE GLAZING WINDOW

Verified net Zero Energy Building with air source heat pumps for SME

Solar-Protective Glazing for Cold Climates

optimize daylighting Opportunities

Shading systems and sustainable design

Our Aim. There is a misconception that daylighting is a numerical exercise requiring expensive modelling not so.

The energy benefits of View Dynamic Glass

Ball State Architecture ENVIRONMENTAL SYSTEMS 1 Grondzik 1

COOLING LOADS AND OCCUPANT COMFORT IN HIGHLY GLAZED BUILDINGS AND THE EFFECTIVE EVALUATION OF WINDOW RETROFITS

The Elithis Tower is an experimental and demonstration. Elithis Tower in Dijon, France. nzeb case studies

CHAPTER 6 CONCLUSION

Heating, Cooling, Lighting: Sustainable Design Methods for Architects

An enhancement of the daylighting from side-window using two-section venetian blind

This panel with its unique optic has a wide variety of outdoor application possibilities due to special top sheets.

Window Options. Keeping cool in summer, warm in winter, comfortable all the time,... and saving energy too

WINDOW ENLIGHTENMENT

DANPALON POLYCARBONATE ROOF AND WALL SHEETING SYSTEMS

Effect of Building Orientation and Window Glazing on the Energy Consumption of HVAC System of an Office Building for Different Climate Zones

Course Title: A Place in the Sun: Why We (Still) Need Solar-Optimized Design. Speaker Name/s: Rachel Wagner

Review of DSF in Sweden

ANALYSIS AND EXPERIMENTAL INVESTIGATION OF THE NTCH BUILDING ON ENERGY CONSERVATION DESIGNS

Lecture 3: Utilization of Passive Solar Technology

Automating the Balance of Energy Performance with Occupant Comfort with Smart Fenestrations

Efficient cooling in a natural and energy-saving way. Large volume flows of outside air provide cooling. Intelligent control

Carrington Aged Care Facility Camden Jackson Teece Architects

Understanding thermal mass

CHAPTER 3. BUILDING THERMAL LOAD ESTIMATION

additional cooling energy consumption. Because the thermal resistance of windows has always been a weak point, even with vacuum glass or low-e glass,

Daylight has been a primary source of lighting in buildings. Daylighting improve indoor environmental quality and visual comfort. Moreover, it reduces

The effect of shading design and control on building cooling demand

Transcription:

CONTROLITE Intelligent Daylighting System FACADE SKYLIGHT

INTELLIGENT DAYLIGHTING SYSTEM CONTROLITE FEATURES A TRANSLUCENT GLAZING PANEL WITH INTEGRATED, ROTATING LOUVRES THAT ADJUST THEIR POSITION THROUGHOUT THE DAY TO OPTIMISE DAYLIGHT TRANSMISSION LEVELS. THIS ADVANCED SYSTEM ENABLES COMPLETE CONTROL OF THE DESIRED INDOOR LIGHT INTENSITY ANY TIME OF DAY, ANY TIME OF YEAR. COMPLETE CONTROL OF LIGHT AT ALL TIMES Maximises daylight in winter, blocks solar heat in summer delivers optimal comfort by controlling daylight transmission and solar heat gain. Its panels enable larger skylights in commercial and public buildings, optimising light and heat - whatever the season. Increases comfort through optimised daylight The system adapts to changing light conditions throughout the day for effective control of indoor light, shade and solar heat gain. COMFORT. CONVENIENCE. CONTROL. Sports Complex Jules Ladoumegue, France Architect: Dietmar Feichtinger Reduces energy consumption The system significantly reduces energy use from air-conditioning, heating, and artificial lighting. Integrates sustainable design panels integrate into energy-efficient building design, allowing designers to earn credit points with green building rating systems.

HOW IT WORKS An external sensor detects the direction of the sun and internal sensors register the level of light inside the building. The intelligent system then balances light levels, heat gain and shading to transmit appropriately filtered light, ensuring a comfortable indoor environment. OPTIMIZING DAYLIGHT Traditional glazing surfaces reflect the low angle light in the morning, afternoon, and winter. They also introduce too much solar radiation at noon, when the angle of incidence is high. The panel optimises sunlight by adjusting the position of the louvres to suit the angle of the sun s rays if necessary. Low angle of incidence (morning, afternoon, winter): The system sets the position of the louvres to transmit the maximum amount of daylight. High angle of incidence (noon): The opaque face of the louvres reflect solar radiation to achieve the Daylight intelligence, creating the ideal balance of light Fully closed Fully opened perfect balance of light and comfort, reducing heat gain and saving energy costs. Balanced daylighting light and comfort in perfect harmony LIGHT OPTIMISATION WITH THE CONTROLITE SOLUTION 2 1 3 6 5 4 1. Mechanism 2. Danpalon U Connector 3. 16mm Danpalon Panel 4. Aluminum Glazing System 5. Louvres 6. 30mm Twinwall Danpalon Panel Early morning or late afternoon Summer midday Cloudy days Iriadiance (W/m2) CONTROLITE COMPARED TO TRADITIONAL GLAZING SUMMER 21000 18000 15000 12000 9000 6000 3000 SYSTEM BENEFITS Provides optimal comfort in changing daylight conditions Offers skylighting surfaces in larger areas Withstands weather and temperature extremes Saves energy, sustainable design, reduces heating/ cooling costs 0 morning midday afternoon Controlite Comparable glazing 63% 5% blocks 80% of solar heat gain (W/m2). of visible daylight is transmitted through panels in the OPEN position of visible daylight is transmitted through panels in the CLOSED position

CONTROLITE FOR ROOFING Double glazing on interior, Higher thermal insulation Danpalon 16mm, 1040mm on the exterior Free thermal expansion Module of installation: 1049mm Easy maintenance INTERNAL SOLAR AND THERMAL SIMULATION Danpal s Smart Energy Simulator predicts and plans the amount of daylight. Using climatic data averages for the location of a given project, Danpal s Smart Energy Simulator can model the way in which will adapt to changing weather conditions (allowing internal daylight levels and building energy consumption to be accurately predicted). This allows the energy cost saving and environmental benefits of using to be quantified early in the design process. Dynamic internal daylight map simulation Dynamic internal energy consumption simulation Design Museum, Israel Architect: Ron Arad Lighting map in the first floor (during 22 th Sep. 2 PM) Building annual energy balance, divided by month CONTROLITE FOR FACADES Skylight Car Dealership Israel Double glazing: inside, DP 16mm, 1040mm on the exterior Module of installation: 1041mm High thermal insulation No visible aluminium connections on the outside Free expansion of the polycarbonate Mechanisms are easy to access and maintain OPTICAL AND THERMAL PROPERTIES LIGHT TRANSMISSION (%) SOLAR TRANSMISSION (%) SOLAR HEAT GAIN COEFFICIENT (%) THERMAL INSULATION FACTOR (W/M^2XK) closed 6 7 17 1.52 open 60 58 64 1.82 + 16mm clear + 16mm clear + Softlite closed 5 6 18 0.9 open 37 31 40 1.0 closed 4 7 17 0.9 open 25 27 35 1.0 delivers a variable shading coefficient by changing its solar transmission properties to give architects and designers unlimited flexibility in the design of daylighting solutions. Roofing system Sports Hall, France Architect: Gremillet Facade system

COLOR YOUR ATMOSPHERE WITH THE DANPAL PALETTE ABOUT THE COMPANY Innovative light architecture systems for building envelopes Danpal are creators of exceptional light-transmitting architectural systems for building envelopes, providing optimal solar and thermal comfort. For over 30 years, our innovative systems have helped architects to transform light (both natural and artificial) into a powerful and versatile tool, for architectural creations that are internally and externally radiant. An industry visionary, Danpal are originators of the Danpalon translucent panel standing seam system - a light architecture solution used around the world in commercial, education, transport, health, sports and high-tech projects. Today, the company offers complete systems - providing total solutions for the building envelope. Danpal designs, manufactures and distributes an unmatched range of daylighting systems for all types of building requirements from facades, cladding, roofs, skylights, shading, to interior and outdoor applications. Danpal systems are built around innovative technologies, deep architectural know-how and the ever evolving needs of our clients. Operating in five continents, Danpal inspires architectural creativity with its rainbow of light architecture solutions. is an integral part of Danpal s range of systems - giving you a complete solution FACADES CLADDING SKYLIGHTS OUTDOOR SHADING INTERIOR 88-999411 www.danpal.com