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cates and overlapping software. Utilities continue to mix and match<br />

their <strong>asset</strong> <strong>management</strong> solutions, but view them as a necessary part<br />

of a whole. “Work <strong>management</strong>, <strong>asset</strong> <strong>management</strong> and financial are<br />

integrated into one system,” says Connie Woo, vice president and CIO<br />

at Toronto Hydro. “The rest (CIS, SCADA, GIS) are stand-alone systems.<br />

We definitely would like to see all of these systems integrated to<br />

support seamless processes.”<br />

“Seamless processes across all <strong>asset</strong> groups and functions” is<br />

the mantra of most utilities today, especially the large investorowned<br />

entities that dominate 75 percent of the market. That includes<br />

systems that deal with <strong>asset</strong>s all the way to the residence or business.<br />

“I mentioned field service automation and SCADA, which are two areas<br />

I would like to see improved,” Woo says. “We also have a distribution<br />

<strong>management</strong> system, but we would like to expand it.”<br />

Even industry analysts categorize the <strong>asset</strong> <strong>management</strong> marketplace<br />

in different ways. Some will rank work <strong>management</strong> vendors in one<br />

study, EAM vendors in another, supply chain <strong>management</strong> (SCM) in yet a<br />

third category, and ERP vendors in a fourth or fifth category — sometimes<br />

even adorning the term ERP with Roman numerals for good measure.<br />

Vendors will stake claims to being the No. 1 solutions provider in<br />

one category or another. Sub-segments in the marketplace often are<br />

applied, for example, defining industry categories in different functional<br />

ways (energy companies including oil and gas as well as electric, or separate<br />

categories for electric generation vs. transmission vs. distribution),<br />

or by using three “tiers” to distinguish large-, mid-, and small-sized<br />

companies before analyzing the different vendors’ market shares.<br />

But for utilities, the main interest is in developing integrated software<br />

systems that enable them to improve the processes involved in<br />

dealing with their <strong>asset</strong>s and doing so system-wide. “A major area that<br />

I’m really looking at where there needs to be a breakthrough is in business<br />

process orchestration,” says Gene Zimon, senior vice president,<br />

Information Technology, NSTAR, based in Westwood, Mass. “If you buy<br />

the logic that you’re implementing processes by assembling legacy and<br />

new software components, you end up with a set of systems that has<br />

to be integrated in order to deploy an effective business process.”<br />

Thus one important “<strong>asset</strong>” being sought from technology is<br />

improved “process,” making the definition even more complex.<br />

The complexity of the undertaking was expressed by Mahvash<br />

Yazdi, senior vice president, business integration and CIO, Edison International<br />

and Southern California Edison,<br />

in Rosemead, Calif. “Our engineering<br />

organization is looking into application<br />

of technology wherever it makes sense<br />

in terms of both transmission and distri-<br />

bution <strong>asset</strong>s,” he says. “We also have a<br />

group that we call our technology watch<br />

group, and we are looking at informationrelated<br />

technology, such as automation of<br />

field tools. We are providing our linemen<br />

and trouble men with computers in their<br />

trucks and with tools that will enable<br />

them to manage their work in a real-time<br />

fashion, and have the right material<br />

[<strong>asset</strong>s] at the right location. We’re looking<br />

at power line carriers in a private<br />

fashion, potentially for a narrow-band<br />

automated meter reading. So, we have<br />

technology groups that are doing technology<br />

evaluation as well.” That means<br />

meters and the systems and individuals<br />

who read them are <strong>asset</strong>s, as well.<br />

Toronto Hydro’s Woo also views <strong>asset</strong> <strong>management</strong> as part of<br />

Vendors will<br />

stake claims<br />

to being the<br />

No. 1 solution<br />

provider in one<br />

category or<br />

another.<br />

“service-oriented architecture.” Woo says: “We are planning an<br />

upgrade of our EAM system, which is the system from Mincom that<br />

encompasses all our work <strong>management</strong>, human resources, <strong>asset</strong><br />

<strong>management</strong>, our financials, our supply chain, and all of our back office.<br />

So we’re planning to upgrade to the next version of that system. Hopefully,<br />

that will move us to a new architecture — the service-oriented<br />

architecture. Hopefully that will position us better for the Web and<br />

future automation.”<br />

Despite the attempt by vendors and analysts to quantify and<br />

“pigeonhole” <strong>asset</strong> <strong>management</strong>, it continues to be elusive in terms<br />

of definition at utilities. But due to their <strong>asset</strong>-intensive nature, utilities<br />

know they need to be involved in it. They understand that <strong>asset</strong>s<br />

include everything from the pole or transformer in the field to the<br />

business intelligence provided to the boardroom by integrated enterprise<br />

systems that enable executives to see the status of those poles,<br />

transformers, generating plants, and field service crews.<br />

www.energybizmag.com ENERGYBIZ MAGAZINE 41

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