Automation Is The New Key To Green IT

June 2, 2010

The most effective way to turn information technology green might be as simple as automating it.

That way IT administrators are more likely to use it and organizations more likely to benefit when computers idle down and unnecessary gear is powered off.

Green technologies for IT managers needs to be seamless, says Systems Administrator Nishae Brooks.

“The new trend we’re going to see is to automate,” asserts Nishae Brooks, an award-winning systems administrator at Lone Star College Systems in Texas. “A lot of the focus has to make (green technology) fairly seamless.”

Green features have long been the focus of technology development. But adoption has been constrained by a lack of awareness and resources as busy IT department race from one job to the next. Easing access to the technology could begin to change this.

Automation has been the defining feature of several recent Lone Star purchases, Brooks says. Included on the shopping list are motion sensors to turn off projectors and duplex printers set to print by default on two sides of a sheet of paper.

The college similarly installed motion sensors on classroom lights and is looking at imposing sleep state policies on its PCs to send them into hibernation when a classroom is vacant – perhaps its greatest departure from past practices.

If the technology is built in, users don’t have to turn it off when they finish or remember to print on two sides, says Brooks. In fact, they have to adjust the printer or computer to do otherwise.

Perhaps the biggest step for the college is its implementation of computer sleep states. The technology is now under study.

Lone Star is researching sleep state technology for its PCs. Expectations are for significant energy savings.

Lone Star presently makes use of Intel’s vPro technology in about 55 percent of its 12,000 PCs as well as Symantec’s Endpoint and Altiris management software. Together, they are expected to save $440,000 in energy costs over three years as PCs are remotely turned off at night when they are not in use.

Adopting sleep state policies could enhance this significantly by idling machines during the day, says Brooks. This could be particularly useful with faculty machines, not yet covered by the vPro and Symantec remote shutdown policies. No one wants to switch off the president’s laptop when he is in the middle of a PowerPoint presentation, Brooks said on a conference call discussing her school’s green projects.

She says the technology under consideration could power down PCs three hours or so a day when they are not being use. This will be more valuable in years to come as the school is rapidly expanding its 13 campuses to ease a classroom shortage. Rooms will see less use in the future.

But it also is a technology IT staff had access to in the past. What triggered its adoption is Microsoft’s Windows 7, which made it easier to implement through automation.

“It’s about awareness,” says Brooks. “I’m sure we had the ability to do some of these things before Windows 7, but we weren’t aware of it.”

When green technologies are built into computer hardware and software, administrators come to understand their benefits quicker, says Clyde Hedrick, product marketing manager at Intel. Then “it becomes ingrained in their thinking.”


The 10 Greenest Companies Start With Hewlett-Packard

September 21, 2009

Drum roll, please,

The new HP Way includes environmentalism, according to Newsweek

The new HP Way includes environmentalism, according to Newsweek

The ten greenest companies in the United States are an unsurprising lot. Five are high-tech manufacturers, most are household names. Starbucks made the cut.

Perhaps the most unexpected twist in Newsweek’s greenest companies list is the top entry: Hewlett-Packard, the Silicon Valley computer, printer and services firm that pioneered the HP Way of decentralized, paternalistic management.

The company has certainly turned itself around since being hit with an EPA fine in 1998. It ranks well for controlling toxic releases and promoting recycling. But number one?

Newsweek says it examined the 500 largest American corporations to arrive at its ranking. Each firm’s greenhouse gas emissions, toxic waste emissions, use of natural resources, policies, regulatory compliance and approach to climate change were compared.

Here are the top ten:

Hewlett-Packard
Dell
Johnson & Johnson
Intel
IBM
State Street Corp.
Nike
Bristol-Myers Squibb
Applied Materials
Starbucks


Cisco Kicksoff Green Technology Initiative Built On IP Networks

January 27, 2009

Cisco Systems will unveil on Tuesday a broad effort to use computer networks to manage and reduce an organization’s energy use.

EnergyWise to run on Ciscos Catalyst switches

EnergyWise to run on Cisco's Catalyst switches

The initiative, dubbed EnergyWise by the maker of network equipment, is the company’s first foray into the green energy market.

Cisco has before this developed guidelines to reduce internal energy use – by reducing travel, for instance – put has not turned these efforts into customer products.

EnergyWise is a free software download that works on Cisco’s Catalyst family of switches and its ISR routers. It allows organizations to monitor and regulate the amount of power devices on their networks use.

Cisco says the technology will roll out in phases. Starting in February, EnergyWise will be available to manage the energy consumption of devices such as IP telephones, surveillance cameras and wireless access points, potentially shutting off devices when they are not needed to save power.

By the summer, Cisco plans for EnergyWise to also work with personal computers and printers.

The target for early 2010 is to bring heating systems, lighting, air-conditioning units, elevators, security equipment and other devices under the energy-management umbrella.

Cisco said it is working with companies including Schneider Electric and Verdiem to deliver the capabilities.


Three Green Tech Startups Offer Unique Business Plans For Electric Cars, Alternative Fuels And Energy For Industry

December 3, 2008

The alternative-energy revolution was chugging ahead at the AlwaysOn Venture Summit on Wednesday, where three green-technology companies hoped to turn the auto, electric and new-fuels industries on their heads.

The companies sketched out unique plans to recharge electric cars, find more efficient energy from the sun and make diesel from vegetable oil using an unusul cost-effective process.

Half of Nevada can generate all the energy the US needs, says Bob Fishman

Half of Nevada can generate all the energy the US needs, says Bob Fishman

All claimed they would make for a cleaner world with fewer greenhouse gases contributing to global warming. Here are the startups:

Coulomb Technologies is a big supporter of electric cars – because it wants to provide the electric stations to re-energize them.

“The plug-in vehicles are coming,” says President Praveen Mandal. Toyota, GM and Mercedes all have plans, with cars reaching the market starting next year.

Coulomb wants to address the inevitable shortage of charging facilities by installing his public-phone-sized stations to tickle charge cars when they park.

He will begin to install them in San Jose in December and he hope for trials in cities in New York and Florida. The stations communicate with a central server, keeping track for the electric fees drivers accumulate. Revenue at the company, he claims, could rise from $1.5 million presently to $20 million by 2011.

Mandal’s plan for electric cars is simpler than the one being promoted by high-profile startup Better Place, which wants charging stations to swap fully charged batteries for a motorist’s depleted one.

The Palo Alto startup Ausra views solar energy in a new way. Many solar companies use silicon or thin-film technology to generate electricity from photo voltaic cells. Ausra CEO Bob Fishman thinks solar can be used more effectively to create heat and steam for industrial processes or electric turbines.

Small mirrors, controlled by software, concentrate sunlight onto large-scale installations of cells, creating efficient, utility-size projects. One in Las Vegas produces 700 megawatts a year.

The company funded by Kleiner Perkins Caufield & Byers and Vinod Khosla says it is close to a number of commercial orders. “You should think of Ausra as a solar boiler manufacturer,” Fishman says.

He also likes to think big. With half the state of Nevada, the technology could generate enough energy to power the U.S., Fishman claims.

From a financial perspective, the company’s energy is cheaper than electricity generated from photo voltaic cells and competitive with natural gas, he said.

Renewable Fuel Products boasts of a new way to make diesel fuel from vegetable oil without the hydrogen and methane that other alternative-fuel processes require.

The process also is portable and therefore can be set up where the vegetable oil is made or the fuel is needed. “Our technology fits on the back of a trailer,” says Peter Bell, co-founder. “What this allows is distributed refining.”

Bell said the technology is being tested at the University of California at Davis and is presently producing 10 gallons of diesel fuel an hour.


Startup Better Place Unveils $1 Billion Network Of Electric-Car Recharging Stations For California

November 22, 2008

Ambitious green-tech startup Better Place kicked off an effort this week to build a $1 billion network of electric-car charging stations in California, a first step in bringing its electric-car vision to the country.

The Palo Alto startup, guided by former SAP executive Shai Agassi, said the construction of the network of battery-charging stations would begin in the San Francisco Bay area in 2010.

A prototype of the Better Place electric car

A prototype of the Better Place electric car

Motorists would be able to stop at the stations to have their removable car batteries swapped out for charged ones. The batteries are estimated to permit about 40 miles of driving.

Agassi, at a press conference with Gov. Arnold Schwarzenegger and the mayors of San Francisco, Oakland and San Jose, said he believes the stations will be ready to support the mass production of electric cars in the U.S. in 2012. Already, Better Place is building networks for recharging electric-cars in Israel and Denmark, and it is targeting Australia.

“We need to start thinking of this as the next generation of the car,” said Agassi. “We’re going to bring in car 2.0.”

The initial California network would have 100 to 200 stations for swapping batteries and 250,000 small charging facilities for drivers to plug in.

The three mayors said they would work to make their cities the electric-car manufacturing capital of the U.S. The use of electric cars will help reduce the accumulation of greenhouse gases leading to global warming.


How To Pioneer The Green Revolution: Take Dumb Electrons And Make Them Smart, Says Paul Saffo

November 17, 2008
Silicon Valley can lead the green revolution

Silicon Valley can lead the green revolution

Can Silicon Valley become a successful pioneer of the Green Revolution?

“I’m absolutely confident that we can,” says futurist Paul Saffo, a technology forecaster. But the valley’s motto might well be “no stupid electrons,” he said.

Silicon Valley has morphed before, frequently while sifting through on the rubble of an earlier failure or crash.

This time it might well remember the difference between a smart electron tunneling through the circuitry of a semiconductor and a dumb one running through the filament of an incandescent light bulb.

“If we made our power electrons smart (those bringing electricity to homes and buildings) that would be a huge win,” Saffo said.

Tesla Motors’ electric cars are an example of this. They get more mileage by using sophisticated electronics. Toyota’s Prius is another; it makes use of a sophisticated computer


Green Tech Startup Weathers Downturn By Sticking To Its Business Plan And Seeking New Money

October 30, 2008
Bridgelux sees higher performing LEDs by the end of the year

Bridgelux sees higher performing LEDs by the end of the year

Bridgelux may be more fortunate than many Silicon Valley startups.

The Sunnyvale maker of LED chips for the commercial lighting market has a substantial sum of money in the bank after raising $30 million in March. It also has products in the market, announcing in June volume shipments of its latest NLX-5 energy-saving diode.

So even as the downturn ripples through a worried venture community, Bridgelux will stick to its business plan to break even in the fourth quarter of next year, says CEO Mark Swoboda.

“We won’t build a factory anytime soon,” Swoboda concedes. Instead the company will rely on partnerships to expand production capacity if necessary.

But “we won’t derail the progress we have made up to now,” he says.

Underlying Bridgelux’s confidence is the likelihood of an explosive market for high-efficiency LED lighting fixtures – a market that should find LEDs increasingly attractive as costs per lumens, or light output, continue to come down.

The NLX-5, Bridgelux’s fifth generation chip, offers a 15 to 20 percent performance improvement over its predecessor, and another 10 to 15 percent improvement is expected before the end of the year.

Swoboda says the promise of a 1 to 2 year payback for LED lighting should make it popular in the commercial market even if up-front costs for the equipment are higher. LEDs also have none of the mercury found in compact fluorescent bulbs.

Bridgelux says in its established technology is leading the company back to the fund raising market with the goal of raising another $25 million to $30 million between November and January. Many investors may see it as the last opportunity to put money into the company, Swoboda says.


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