The U.S. government already has had success with new
natural ventilation buildings, including the GSA office building in San Francisco, California, and new space for the U.S. Department of Energy's National Renewable Energy Laboratory in Golden, Colorado.
Not exact matches
The terminal was
built with many sustainable features, including
natural skylights, an innovative air displacement
ventilation system, and zero - waste garbage cans.
Tony Prescott Biomimetic Lessons for
Natural Ventilation of
Buildings.
Filed Under: House, Microbes & Mold, microbes and mold, Mold, Mold and Microbes,
Natural Living, Unseen Reality Tagged With:
building, carbon dioxide, dioxide, Dr. Tim Sharpe, Glasgow School of Art, IAQ, indoor air quality, mold, night, quality, toxic mold, trickle,
ventilation, vents, window, windows
In addition to providing a healthy environment, the
natural ventilation combines with the use of warming outside light to reduce the
building's energy costs by at least 25 percent.
The
building has high levels of
natural lighting,
natural ventilation and a highly insulated façade designed to minimise energy consumption.
Progress in schools In the last decade there have been some improvements in the application of ergonomic principles in schools, mainly to the
buildings themselves, such as increasing circulation space, or improving
ventilation and
natural lighting.
The
building is well insulated with good levels of daylight and provided with
natural ventilation.
The
building promotes sustainability, achieved through the use of
natural ventilation and the provision of photovoltaics to generate renewable electricity.
The
building has been designed to maximise
natural daylight and
ventilation for a healthy internal environment.
Despite the complexities of the site the
building benefits from renewable energy techniques,
natural daylighting and passive
ventilation to achieve BREEAM Very Good.
When staff know how to use systems or understand how the
natural ventilation is supposed to work then they can improve the overall efficiency of the
building by adhering to instructions.
The Green Hub is a «green»
building fitted with rainwater harvesting tanks, solar panels and
natural lighting and
ventilation.
The drive to reduce the reliance on air - conditioning (although still optional) has meant that all meeting rooms are purpose
built to encourage a cool
natural flow of air, meaning excellent cross
ventilation and copious
natural light.
Some of those elements include: - Light - colored roofing that reflects heat and saves energy; - 70 percent ENERGY STAR ® certified appliances including refrigerators, TVs, computers and kitchen equipment; - Water - efficient toilets and aerated bathroom faucets; - 10 percent of the
building materials used contain recycled content; - «On Demand»
ventilation that provides fresh air for occupied spaces without wasting energy on unoccupied areas of the property; - LED lighting - controls that turn off the lights; - Incorporates high - tech daylight sensors to reduce electrical lighting with
natural sunlight and - Uses renewable energy sources such as solar or wind.
And this
building which will have rooftop gardens, water heated by solar, rainwater collection,
natural light and
ventilation and environmentally sensitive
building materials will be deep in the heart of West Harlem (on 150th Street and Convent, for all you New Yorkers).
Here architectural fissures split the
building's façade, «to provide maximum solar access to be [d] rooms as well as
natural ventilation throughout the
building.
Although not sold as green, the
building's recycled structure, wonderful
natural lightning and
ventilation, and adaptable spaces are solid proof of good architecture.
I became a bit obsessed with the Terry Thomas
Building, as perhaps the best example of how you design a new building to work like an old building, an «O» building with lots of natural light, ventilation and almost no green gizmos, yet still using half the energy of a conventional b
Building, as perhaps the best example of how you design a new
building to work like an old building, an «O» building with lots of natural light, ventilation and almost no green gizmos, yet still using half the energy of a conventional b
building to work like an old
building, an «O» building with lots of natural light, ventilation and almost no green gizmos, yet still using half the energy of a conventional b
building, an «O»
building with lots of natural light, ventilation and almost no green gizmos, yet still using half the energy of a conventional b
building with lots of
natural light,
ventilation and almost no green gizmos, yet still using half the energy of a conventional
buildingbuilding.
It's not clear how the
building will achieve the «efficient lighting, heating, and cooling» it says it will have, but for the pictures it's pretty obvious the presence of beautiful
natural light and
ventilation.
For instance, the study does not investigate changing the shape of the
building, its orientation or form; redistributing windows or using different windows to take advantage of
natural light for daylighting or sunlight for heating (office
buildings are day - use facilities); shading the glass in summertime to reduce the need for air - conditioning; using operable windows for
ventilation (not even in Newport Beach, with its beautiful year - round climate); or using low - e glazing.
At that time, there were major advances in
Building Sector technologies — in glazing materials (heat mirror and low - e coatings), passive and active solar energy systems design and applications, passive and active cooling applications, natural ventilation systems, phase - change materials, moveable insulation, building simulation modeling programs, daylighting systems and controls, energy management systems, night set - back thermostats and occupancy sensors, solar hot water heating, solar thermal electric generation and storage, photovoltaics and advances in low - energy lighting systems, to name jus
Building Sector technologies — in glazing materials (heat mirror and low - e coatings), passive and active solar energy systems design and applications, passive and active cooling applications,
natural ventilation systems, phase - change materials, moveable insulation,
building simulation modeling programs, daylighting systems and controls, energy management systems, night set - back thermostats and occupancy sensors, solar hot water heating, solar thermal electric generation and storage, photovoltaics and advances in low - energy lighting systems, to name jus
building simulation modeling programs, daylighting systems and controls, energy management systems, night set - back thermostats and occupancy sensors, solar hot water heating, solar thermal electric generation and storage, photovoltaics and advances in low - energy lighting systems, to name just a few.
I've been meaning to post something about the absurdity of the almost religious devotion some people have to «
natural»
ventilation in a
building.
Investigating
natural ventilation potentials across the globe: Regional and climatic variations Y Chen, Z Tong and A Malkawi
Building and Environment, 2017
As noted by the article, the project hopes to achieve multiple sustainability goals — including entirely
natural lighting,
ventilation, and zero emissions — and could provide a repeatable checklist for similar retrofits of small - scale, residential
buildings throughout the United States.
Predicting the Effectiveness of Wind - Driven
Natural Ventilation Strategy For Interactive
Building Design N Yoon and A Malkawi 15th Conf.
Hybrid
ventilation is a
building ventilation system that integrates
natural (i.e. passive) and mechanical (i.e. active)
ventilation components to create an high efficiency and healthy
ventilation system for a
building.
But how does
natural ventilation fare when subjected to the same degree of scrutiny, and can it work in low energy
buildings?
Vents located in the lobby skylight and under
built - in exterior window seats assure adequate air movement and
natural ventilation throughout the lobby area.
Strategies such as passive heating and cooling,
natural ventilation, and high - efficiency HVAC systems partnered with smart controls further reduce a
building's energy use.
It acts as a key component of the
building's
natural ventilation system, which harnesses the aerodynamics of river breezes for zero - cost cooling.
The
building optimizes the workplace environment through efficient floor plates and core layout,
natural ventilation, access to the outdoors through a series of exterior terraces, and a high - performance window glazing system that maximizes views and transparency while minimizing heat gain.
And since many older structures were designed to take full advantage of
natural light and
ventilation, they have
built - in energy efficiency missing in much new development.
It is a traditional way of
building that creates narrow wings to maximize
natural light and
ventilation, around a courtyard that creates a stack effect.
I have concentrated on the passive features of the
building, the shape, the landscaping and
natural ventilation, but it also has its share of the high - tech green gizmo features too, like these evacuated tube solar water heaters on the roof.
Promising to explore novel concepts such as inflatable air bags as wind fins to improve
ventilation and modify wind loads;
natural ventilation of the toilet areas hung on the edges of the
building; and water collection scallops along the sides of the
building, this is one skyscraper to watch.
Proper
building orientation, daylighting,
natural ventilation, sunshades, and thermal mass reduced overall energy use and allowed for smaller mechanical systems.
Big Steps In
Building: Make
Natural Ventilation Mandatory
It is another of what I call dumb
buildings, too: «Within the
building, IFAW chose to incorporate practical, straightforward, low - tech, low - cost strategies for sustainable design such as siting, orientation,
natural daylighting and
ventilation, and high - efficiency mechanical systems.»
Julia Gersovitz of Montreal's FGMAA Architects made the point:
Buildings used to look like alphabets, to minimize the distance to an exterior wall and maximize
natural light and
ventilation.
From an exergy efficiency perspective,
building technologies which rely on solar, wind and biomass energy sources, coupled to thermally efficient envelopes, appropriate fenestration strategies [where we put what kind and size of windows] and
natural ventilation / cooling are truly more elegant than «cutting butter with a chainsaw.»
Parking is under the
building to minimize site disruption, and the
building is designed to maximize
natural ventilation and daylighting.
That's why I have written Big Steps In
Building: Make
Natural Ventilation Mandatory and Stop Ignoring Orientation And Sun Control and Stop With the Glass Façades Already.
Buildings designed before the widespread use of electricity feature transoms, high ceilings, and big, operable windows for
natural light and
ventilation, as well as shaded porches, overhanging eaves and other features to reduce solar gain.
Courtyards with
Natural Cross
Ventilation: Tropical and humid environments have effectively been using courtyards for millennia to ventilate, heat and cool
buildings.
It is full of technologies: a computer - operated
ventilation system operates motorized awning windows and dormer windows to capture the prevailing breezes, automatically shifting the
building between
natural ventilation, air conditioning and heating.
The
building will be one of the first to implement a new Verification Protocol for Engineered Natural Ventilation Systems in Equatorial Climates, developed by Bogotá - based environmental engineering consultants (and design team members) for the Colombia Green Building Council to standardize the use of natural ventilation as a LEED energy effectiveness s
building will be one of the first to implement a new Verification Protocol for Engineered
Natural Ventilation Systems in Equatorial Climates, developed by Bogotá - based environmental engineering consultants (and design team members) for the Colombia Green Building Council to standardize the use of natural ventilation as a LEED energy effectiveness st
Natural Ventilation Systems in Equatorial Climates, developed by Bogotá - based environmental engineering consultants (and design team members) for the Colombia Green Building Council to standardize the use of natural ventilation as a LEED energy effectivenes
Ventilation Systems in Equatorial Climates, developed by Bogotá - based environmental engineering consultants (and design team members) for the Colombia Green
Building Council to standardize the use of natural ventilation as a LEED energy effectiveness s
Building Council to standardize the use of
natural ventilation as a LEED energy effectiveness st
natural ventilation as a LEED energy effectivenes
ventilation as a LEED energy effectiveness strategy.
Only three types of apartments populate the
buildings, all of them with ample spaces, windows in all its fronts, and
natural ventilation.
We give so much coverage to Australian architects who take advantage of the glorious climate; I noted that «if I lived there, I suspect I wouldn't want to be bottled in like this, and prefer Andrew Maynard's approach to green
building where you do design for
natural ventilation and orientation, and blur the line between inside and outside.»
I meant it as a compliment; we need more dumb
buildings that work like
buildings used to, with
natural light and
ventilation, and without what Donovan Rypkema calls «green thingies» - expensive new technologies when older, simpler methods are more appropriate.