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Insights Success The 10 Fastest Growing Utilities and Energy Solutions Provider Companies

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<strong>The</strong> <strong>10</strong> <strong>Fastest</strong> <strong>Growing</strong><br />

UTILITIES<br />

<strong>and</strong><br />

ENERGY<br />

<strong>Solutions</strong> <strong>Provider</strong> <strong>Companies</strong><br />

scalable, GridOS applications provide<br />

powerful grid management capabilities<br />

to unlock greater potential for<br />

distributed energy resources, including<br />

renewable generation, energy storage<br />

<strong>and</strong> responsive dem<strong>and</strong>, while<br />

seamlessly integrating with existing<br />

utility data systems. GridOS also<br />

facilitates the management of<br />

microgrids from homes <strong>and</strong><br />

communities to utility scale for<br />

unparalleled resiliency <strong>and</strong> value to the<br />

empowered electricity customer.<br />

Smart Grid Pioneer<br />

Joshua Wong, President <strong>and</strong> CEO of<br />

Opus One has led Opus One from a<br />

one-man consulting business in 2012<br />

to l<strong>and</strong>ing a 13-million CAD project<br />

with the Government of Canada a year<br />

after incorporating, to now leading a<br />

$16.4 M CAD multi-utility North<br />

American transactive energy network<br />

project. Joshua’s smart grid focus<br />

started by founding Toronto Hydro’s<br />

smart grid department. While working<br />

at Toronto Hydro, Joshua noticed the<br />

emerging challenges <strong>and</strong> opportunities<br />

of integrating an increasing number of<br />

customer-sited distributed energy<br />

resources with traditional utility<br />

distribution systems.<br />

Joshua Wong<br />

President <strong>and</strong> CEO<br />

Joshua is a licensed Professional<br />

Engineer in the Province of Ontario.<br />

He holds a degree in Electrical<br />

Engineering from the University of<br />

Toronto, Masters of Electric Power<br />

Engineering from the University of<br />

Waterloo, <strong>and</strong> completed executive<br />

programs from MIT Sloan, IMD<br />

Business School <strong>and</strong> Harvard Business<br />

School.<br />

Breakthroughs<br />

Opus One’s founding mission was to<br />

create a real-time distributed<br />

intelligence platform that could<br />

integrate DERs <strong>and</strong> distribution<br />

automation capabilities, with real time<br />

model-based power flow optimization<br />

as its core funcationality. As the team<br />

looked at multiple state-of-the-art<br />

commercial tools to build upon, it<br />

found that these tools fell short of the<br />

desired performance requirements. <strong>The</strong><br />

team discovered that the missing piece<br />

was a robust, real-time distribution<br />

system state estimation (DSSE) engine<br />

- one that could go beyond traditional<br />

power flow methods <strong>and</strong> converge<br />

under the most complex power flow<br />

scenarios. Thus, the company recruited<br />

a team of PhDs to go back to the first<br />

principles of grid modeling <strong>and</strong> spent<br />

two years developing an efficient <strong>and</strong><br />

powerful approach to DSSE that uses<br />

non-linear programming<br />

optimization techniques <strong>and</strong> interior<br />

point optimizers to drive the<br />

mathematical libraries that compute<br />

Jacobians, Hessians, Legrangians <strong>and</strong><br />

optimization algorithms.<br />

Opus One achieved a breakthrough<br />

in DSSE in 2014 with a debut of<br />

GridOS as the industry’s first realtime,<br />

model-based system for<br />

managing <strong>and</strong> optimizing the<br />

complex nature of DERs <strong>and</strong> grid<br />

topologies.<br />

Identifying Needs of <strong>Utilities</strong><br />

Opus One is forward looking. <strong>The</strong>y<br />

seek to partner with utilities to<br />

identify their needs <strong>and</strong> anticipate<br />

their future pain points <strong>and</strong><br />

opportunities around grid<br />

management, customer service <strong>and</strong><br />

business model innovations. <strong>The</strong>ir<br />

solution enables the future electricity<br />

grid <strong>and</strong> they partner with other<br />

innovative technology companies.<br />

GridOS incorporates unique<br />

technology <strong>and</strong> intelligence that is used<br />

as a base for additional development<br />

<strong>and</strong> functionality that is guided by the<br />

challenges <strong>and</strong> trends that customers<br />

are experiencing. <strong>The</strong> firm has coupled<br />

its vision with these emerging trends of<br />

the modern grid to drive the direction<br />

of solutions.<br />

Opus One is at the leading edge of<br />

providing a technology solution to<br />

enable transactive energy markets. <strong>The</strong><br />

team creates win-win scenarios for<br />

utilities <strong>and</strong> their customers by<br />

enabling a buy <strong>and</strong> sell energy market<br />

at the distribution level.<br />

Opus One is growing rapidly, in part<br />

due to recent funding from utility<br />

backed investment fund <strong>Energy</strong> Impact<br />

Partners <strong>and</strong> global energy services<br />

firm, ENGIE. Opus One has opened its<br />

first U.S. office at the Urban Future<br />

Lab, NYU T<strong>and</strong>on, ACRE to engage<br />

with utilities in New York State that are<br />

focused on NY REV the State’s plan to<br />

reform their energy vision.<br />

Expected Excellence with National<br />

Grid<br />

National Grid has selected Opus One<br />

to develop the first field demonstration<br />

of a distributed system platform (DSP),<br />

which will integrate distributed energy<br />

resources from the Buffalo Niagara<br />

Medical Campus (BNMC) with<br />

National Grid’s local electricity<br />

distribution system. Opus One will<br />

partner with National Grid over the<br />

course of the next two years on all<br />

aspects of the DSP demonstration,<br />

from financial modeling to the design,<br />

commissioning <strong>and</strong> operation of a realtime<br />

DSP market. <strong>The</strong> DSP will<br />

communicate the electric distribution<br />

system needs of the grid, <strong>and</strong> in<br />

parallel generate potential revenue <strong>and</strong><br />

investment opportunities for BNMC<br />

member institutions with DER<br />

capabilities. <strong>The</strong> project is aimed at<br />

demonstrating the future of the<br />

electricity grid, where customers have<br />

a greater role in how they use energy.<br />

|NOVEMBER 2016<br />

31

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