Smart Grid Security An Open Question As Vendors Shore Up Equipment

April 21, 2010

There are signs the smart gird is under attack. Not on a large scale, or successfully, so far. But indications are that hackers have turned their intention from the Internet to the power grid.

The roadmap for doing so is publicly available. Last year, IOActive attracted broad attention when its researchers found vulnerabilities in a smart meter and suggested only $500 of equipment was be needed to get inside. The security firm then paved a path by adding software code to one device and spreading to another, as if it were a digital worm or a virus on the Internet.

SmartSynch adds IPsec authentication to its GridRouter. Analysts says utilities need to adopt security strategies

Just last month, InGuardian joined the search party. It was hired by three utilities to probe smart grids and smart meters, and it found flaws in meters from each of the top five manufacturers. The flaws were serious. The researchers found they could sneak inside the meters, the first step to stealing data or turning off power.

According to analysts, smart grid security is a problem that utilities haven’t yet faced up to addressing. There is “denial about the scope and extent” of efforts required to secure smart grids, wrote one Gartner analyst just last week.

Meter and equipment makers have responded by adding more security to their devices. But many analysts argue the biggest improvement will come when utilities focus less on spot solutions and adopt broad security programs or strategies.

Nonetheless, worthwhile improvements continue in the vendor community. In one announcement Wednesday, SmartSynch struck a deal with security firm AuthenTec to add IPsec security to its GridRouter.

The grid router already encrypts communications. Now it will require equipment to authenticate its identity with secure “certificates” before data can be sent.

With some 8 million smart meters deployed in the United States, “we have to assume there are bad actors out there,” says Ravi Raju, SmartSynch’s vice president of corporate strategy.


When It Comes To Smart Grid, Think South Korea

April 14, 2010

Investments around the world in clean energy and clean technology are expected to recover this year, after a 6.6 percent decline during the great recession of 2009.

They are projected to rise 25 percent, according to research conducted for the Pew Charitable Trusts. But where will the money go and which countries will benefit the most?

South Korea expects to spend $15.8 billion on smart grid development over seven years.

Last year, Spain invested five times more than the United States. China, Brazil and the United Kingdom each invested three times more. The potential for U.S. leadership in the emerging green energy field is being challenged.

Sure, the Obama Administration poured billions into clean tech last year, fueling the development of electric cars, advanced batteries, biofuels, solar panels and clean-coal plants. But this one-time burst of spending spurred by recovery act will dry up and a repeat performance isn’t likely.

So will the funding gap widen? The Obama Administration put a considerable amount of capital in smart grid development last year. Many utilities that hadn’t kicked off smart grid trials did so with government money. This should help create a fertile ground for innovation and the development of applications to let consumer better manage their electricity use.

But despite the surge, some industry researchers continue to look elsewhere for smart grid innovation. One such firm is Pike Research, which Wednesday claimed South Korea is building a foundation for strong exports in years to come.

The government is partnering with technology companies and industry to change the way electricity is generated, distributed and used in the country. This initiative is playing out in the Jeju Island demonstration project, weaving together grid automation, transmission upgrades, electric car recharging and renewable energy management systems.

The country is expected to spend $15.8 billion over seven years advancing the technology. The could turn the funding gap into a gulf.


The Micro Grid As Smart Grid Of The Future, Sophisticated Software Under Development

April 13, 2010

Micro grids appear to be increasingly popular.

In the Netherlands, one small residential community near Amsterdam powered up its experimental micro grid last month. Twenty-five homes make joint use of hybrid heat pumps, solar panels, wind turbines, a gas turbine and cogeneration units, all without replying on the commercial electrical grid.

Ft Hunter Liggett in California is building a micro grid of its own. The grid, announced last month, will reply on a 6.3-acre solar farm and provide emergency power to the base, in addition to revenue by selling excess electricity to utilities on normal days. The micro grid connects solar lighting and security fencing.

Among the most advanced micro grids is the University of California's at San Diego, where turbines and solar panel produce 80 percent of the school's power.

Projects are underway as well at Drexel University in Philadelphia and the Brooklyn Army Terminal in New York City. Among the most ambitious and technically advanced projects in the world is a micro grid in operation – though still evolving – at the University of California in San Diego.

The 450-building campus with 45,000 students generates 80 percent of its power from two 13.5 MW gas turbines, a 3 MW steam turbine and 1.2 MW of solar cells. For heating and air conditioning, the university relies on a 3.8 million gallon thermal energy storage tank and three chillers, driven by the turbines, which burn cleaner than standard power plants.

On Tuesday, EDSA and Viridity Energy said they would collaborate to develop a real-time software system to help control and manage the micro grid. The system is to improve efficiency and reliability while eventually enabling the university to sell power on the open market.

Micro grids, such as the one in San Diego, are likely to play a key role in the evolution of nationwide smart grids. They could become prototypes for cities of the future – maybe 20 years from now.


Maxim Sees Potential In Smart Grid, Forks Over $315 Million For Teridian

April 12, 2010

The business potential of the smart grid is becoming clearer. At least to Maxim Integrated Products, which announced on Monday it would pay $315 million for Teridian Semiconductor.

Maxim finds smart grid business opportunities, but many utilities aren't yet analyzing the smart grid data they receive, a study finds.

Without a doubt, the development of a more intelligent electrical grid is at an early stage, much like the personal computer was in the early 1980s. A lot of education is needed, both with consumers and utilities.

In a survey released last month, GE found only 4 percent of Americans know what a smart grid is. Another 17 percent are familiar with the term, meaning that the rest haven’t a clue.

An equally alarming study came Monday from IDC and CSC. Research firm IDC discovered that less than half of the nation’s top 20 utilities are using analytical software to comb through the mountains of data starting to come in from millions of smart meters now being installed at homes and businesses. That’s like American Express not studying credit card purchasing data to map new ways to expand its products and services.

Survey “responses indicate that smart utility and meter-to-cash technologies are creating significant amounts of data and analytics for customer intelligence, which (would) allow utilities to study consumer reaction to pricing, identify potential revenue leakage, forecast customers’ ability to pay and limit unbilled usage through move-in/move-out disconnections,” according to a press release.

Many utilities may remain in the dark (pardon the pun), but some businesses do not. Chipmaker Maxim decided it was worth solidifying its smart-grid market position with an bundle of money.

Teridian holds 50% share of the market for integrated energy measurement semiconductors – systems on a chip, according to a Maxim press release. These systems-on-a-chip include an accurate analog front end, or interface, a microcontroller and a display driver. They are quickly replacing independent alternatives.

Maxim said Teridian’s market position with its measurement products would help push sales of its power management, real-time clock, and interface offerings for smart meters. It also could advance Maxim G3 Powerline Communication products.

Some companies are waiting for the smart grid to come to them. Others are not. Maxim’s shares were up an nickel, despite its decision to spend $315 million.


GE Stands Behind WiMax In The Smart Grid, Sees Costs Dropping

April 12, 2010

Utilities were excited at first by the high-bandwidth, long haul capabilities of the wireless communications technology WiMax in the smart grid.

That excitement has waned. High costs and coverage gaps led many to favor alternatives for tasks other than simple “backhaul” data transmission to and from local collection points.

CE's Luke Clemente sees 4G technologies such as WiMax as part of the Smart Grid technology mix. "I'm very confident of that."

WiMax supporter General Electric seems to acknowledge this present, more limited role for the technology, long championed by chipmaker Intel and its distribution partner Clearwire. And yet, the smart-meter manufacturer continues to consider WiMax a viable alternative across the smart grid.

The winning smart-grid technology has not been picked, says Luke Clemente, general manager for metering and sensing systems. Data from WiMax smart grid trials are still coming in. GE last month announced its first WiMax smart-meter trial in the United States, after striking a deal with Consumers Energy in Michigan, and last fall kicked off a test of WiMax-enabled smart meters with SP AusNet in Australia and GE-funded partner Grid Net. WiMax smart meters are just being installed.

Utilities apparently continue to keep an open mind toward the technology, even as many favor private, proprietary networks. “We’re still finding customers that are discussing (WiMax) with us,” Clemente says . “They are waiting to see more data on performance.”

The biggest concern about the technology is its high cost compared with alternatives, such as radio frequency, or RF, mesh. RF mesh is found in meters from Landis-Gyr and Elster and used by communications companies Silver Spring Networks and Trilliant. Clemente argues that costs should fall as volume manufacturing begins and overhead is spread among a greater number of products.

He says GE also tells customers they get more bandwidth for their money. The public 3G technologies that telecommunications providers deployed were not cost effective for the smart grid, but the 4G technologies, such as WiMax and LTE, could emerge as more affordable and competitive.

“I see (WiMax) as a 4G technology (and) I think 4G will be part of the mix,” says Clemente. “I’m very confident of that.”


Valence And AEP Kick Off Large Scale Grid Storage Tests As Experimentation Continues

April 8, 2010

Utility-scale energy storage is a complex problem and the fuse of experimentation has been lighted.

Three or so trials of carbon-fiber flywheels are under way, including two in New York. In Massachusetts, Beacon Power is building a $69 million, 20 MW flywheel that spins when power is plentiful and transfer the motion back to electricity when it is not.

Compressed air storage is promising with players such as Energy Storage Power Corp. Compressed air is stored under ground and released to power a turbine when electricity is needed.

Flow batteries have attracted the interest of the Department of Energy and its money. The department put $7 million into a California demonstration of these water tank sized batteries planned by Premium Power Corp.

Sodium sulfur batteries are among the technologies being tested for large scale electricity grid storage

Other technologies are receiving similar attention: lithium ion batteries and lead acid batteries are being planned in massive scale. GE has said it will get into the sodium-based battery business and Ice Energy is installing its ice-based air conditioning technology in southern California.

It is impossible to know which technologies will win and whether any will ultimately make money. But with changing energy demand (i.e.: the prospect of tens of thousands of electric cars charging at night) and the introduction of intermittent renewable energy sources, such as solar and wind, the need for grid storage is undeniable

On Thursday, three energy companies announced new ambitious trials of their own. American Electric Power and MidAmerican Energy Holdings said they powered up the nation’s largest utility-scale battery in Presidio, Texas. The $25 million, 4 MW, sodium-sulfur battery will provide backup power in the event of a transmission line outage. It will last for eight hours.

Valence Technology said its lithium ion batteries will be installed on the micro grid of a residential development near Houston. The batteries will make power available for electric-car charging stations and for appliances to run affordably during periods of peak energy demand, when rates can be higher.

The trial is being supported by Energy Department and private money.

Clearly, experimentation continues on a thousand fronts. Only as the tests play out will vendors know which technologies will survive and which run out of gas.


Router Company Highlights Failure Of Smart Grid Standards, Forms Independent Working Group

April 6, 2010

Smart-grid router company SmartSynch highlighted the failure of smart-grid standards Tuesday by forming an independent industry group to push for needed standards in communications gear.

Stephen Johnston said that despite three years of efforts, standards still are missing for smart meters and network equipment.

GridRouter maker Smartsynch hopes to push for IP-based communications standards on the smart grid. It has attracted a small group of supporters including AT&T and Motorola.

Now with utilities pouring billions of dollars of federal funds into early stage smart-grid efforts, projects risk of falling short from equipment that doesn’t interoperates or which can’t be easily installed.

Smart-grid standards initiatives date back more than three years. Yet smart meters from a company such as GE don’t work alongside one from Elster or Landis-Gyr, or connect smoothly to a GridRouter from SmartSynch.

“Without standards, we could be setting up the smart grid to be not as good as it could be,” Johnston said. “It’s a huge problem.” Prices also could be higher since competition among vendors is reduced.

On Tuesday, SmartSynch hopes to make a dent in the problem by forming an “ecosystem” group around its GridRouter. The group will push for interoperable, IP-based standards and has attracted several big name supporters: AT&T, Motorola, Rogers Communications, Itron, Cooper Power Systems and Battelle Energy. “We anticipate more,” Johnston said.

A day earlier, executives from Google, Intel, Honeywell, GE, AT&T and venture firm Kleiner Perkins Caufield & Byers made news with a letter to President Obama. They called on the Obama Administration to make the distribution of energy-use data to homes and businesses a priority.

But without standards, this could be more difficult than it seems. “If every utility deploys a proprietary system, those utilities can’t benefit from each other,” says Johnston.


Ford Doubles Down With Microsoft, Is First To Use Smart Grid Hohm Software

March 31, 2010

Ford became the first automaker to agree to use Microsoft’s Hohm smart grid software for electric cars, deepening the relationship between the two companies.

Ford goes Hohm, expects to use the smart grid electric car recharging software in its Focus Electric in 2011

Ford already relies on Microsoft’s Windows Embedded Automotive software in its Sync in-car communications and entertainment system, now installed in 2 million cars.

Hohm will first appear in Ford’s Focus Electric vehicle in 2011 and enable drivers to determine when to recharge their cars and how to conserve energy at home during recharging. It is estimated electric cars will double home energy use, so scheduling a battery recharging when rates are low and demand elsewhere in the home is modest can be key.

The companies did not discuss financial arrangements in a press release issued Wednesday at the New York International Auto Show. But Hohm, which provides insight into energy use, is presently available for free to consumers.

Microsoft and Ford said they would work with utilities to jointly advance energy management efforts as electric cars gain wider use.

Clearly both companies value the new relationship. The press release included comments attributed to both CEOs. “Today, we begin the next major step in our working together and leading the way for energy efficiency and environmental sustainability,” said Ford CEO Alan Mulally.

“With Microsoft Hohm, Ford and Microsoft will deliver a solution that will make it easier for car owners to make smart decisions about the most affordable and efficient ways to recharge electric vehicles, while giving utilities better tools for managing the expected changes in energy demand,” added Microsoft CEO Steve Ballmer.


Smart Grid Uncertainty Persists: Financial Benefits Seen A Decade Away

March 30, 2010

One man’s smart grid isn’t necessarily another’s. That explains the uncertainty surrounding this key investment focus for modern utilities – and the hesitancy with which they predict consumer adoption.

It is no surprise then that utilities have sharply different projections for investment payback, both from consumers and the changing utility infrastructure. This divergence of opinion was evident in a survey of executives attending the DistribuTech smart grid trade show in Florida.

Smart grid budgets are on the rise, even if expectations aren't. Seventy-seven percent of utilities are spending more money.

Twenty-nine percent of the 100 utility representatives surveyed said the smart grid will take a decade to justify itself. Another 27 percent said the benefits will begin to show up in three years. In either event case, three-quarters reported their developmental budgets are on the rise.

Smart grids can be seen from many angles with differing expectations, which helps explain the lack of consensus. Perhaps with the most promising efforts are those to improve the electricity distribution infrastructure. When power can be wheeled more efficiently, effectively and incorporate intermittent renewables, utilities will reap enormous benefits. This has nothing to do with consumers, but a great deal to do with emerging gateway technologies, smart sensors and massive computer systems giving near instantaneous control to giant power grids.

On the other hand, a great deal of industry focus is presently turned toward the consumer, where it is hoped near real-time readouts of home power use and new energy management devices will give homeowners the financial incentives to adjust power use. To make this expectation work, utilities need creative, innovative thinking, the kind that has driven the consumer electronics industry through the decade-and-a-half Internet era. But the gap between knowing and doing is great. Utilities, unlike consumer electronics firms, haven’t had to reinvent themselves every three to four years and don’t know the rules.

All this creates great uncertainly about how and how much people will benefit. Consumers may suddenly have access to minute-by-minute data on home energy use, but it is unclear how they – or utilities – will put that data to use, or even the scale of the computer systems necessary to make on-the-fly, instant power system adjustments.

With the lack of clear knowledge, group thinking is taking over. According to the survey, sponsored by Comverge, investment efforts for the next year are relatively uniform. Eighty-nine percent of utilities will deploy smart meters. Another 48 will install smart home thermostats. In-home displays and smart outlets? Not yet viewed as critical infrastructure.


Landis+Gyr Wins First Major British Smart Grid Deal

March 29, 2010

Smart-meter maker Landis+Gyr said Monday it won a deal to supply up to 1 million smart meters to British Gas customers in the United Kingdom’s first major smart -grid trial.

The smart-grid trial will install touch-screen displays inside British homes

The nation hopes to have all residential and business customers of its six major utilities connected to smart meters by the end of the decade.

The British Gas deal is among Europe’s largest. It also breaks new ground with a promise to release programming interfaces to third parties so that independent developers can create applications for consumer use, much as outside companies develop applications for Apple’s iPhone. Each home will be outfitted with an internal touch-screen display.

The trial is meant to offer utility customers the opportunity to manage their gas and electricity consumption by connecting to smart appliances, such as dishwashers or heating systems. By better scheduling the use of appliances for when they are needed or when power is less expensive, people can save money.

Landis+Gyr is already working on three small British trials, giving a leg up on future smart grid contracts.


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