The Apple Store isn't a place you would typically look for residential building components. But you can find a new Wi-Fi-enabled lighting system from Philips called HUE there. This screw-in LED replacement for traditional bulbs can be easily controlled for color, color temperature, and intensity from a computer or smartphone.
Creating buildings that deliver on progressively more ambitious environmental goals will require energy simulations that reliably predict post-occupancy consumption. Higher energy performance has evolved from an aspiration to an expectation. Owners of buildings—especially those certified under rating systems like LEED—increasingly count on an energy savings payback. And a wave of “net zero energy” buildings promises to generate enough energy on-site from renewable sources to equal or exceed demand. As a result, predictive energy models face new scrutiny. “In the last five years, energy modelers have learned that they will have to answer for their models,” says Laurie Canup, an associate
Face-lifts for three buildings showing their age aim to correct performance problems, project a more desirable image, and address the needs of new occupants.
The latest version of the widely adopted green building standard is set to debut in November with the most thorough overhaul since its inception. Here’s what you need to know.
A revamped LEED is launching later this year. The new rating system, referred to as LEED version 4, or v4 for short, has generated a lot of controversy in the design and construction industry, both from practitioners concerned about how different it is from the current LEED, and from product suppliers worried about new demands from their customers.
A wave of rooftop greenhouses and vertical farms captures the imagination of architects while offering an alternative to conventional cultivation methods.
Community-gardening advocates have sold urban farming as a sustainable local alternative to industrial-scale farming and as an educational platform for healthier living.
The outer layer of the double-skin facade for the Design Hub at the Royal Melbourne Institute of Technology (RMIT) consists of more than 16,000 individually mounted translucent glass discs repeated on all four elevations of the eight-story main building.
As design teams work toward harnessing air flows around buildings, they are producing some intriguing structures. But just how viable is wind power as a source of on-site renewable energy? Wind power is the fastest-growing source of megawatts thanks to the jumbo-jet-sized turbines sprouting en masse worldwide. But it also has a significant presence in the city, where gusts regularly send umbrellas to landfills. Rather than considering it a nuisance, architects increasingly view urban wind as a renewable resource for on-building power generation. Building-integrated wind power (BIWP)—wind turbines mounted on or incorporated within an occupied structure—may lack wind farms’ economies