GRID MODERNIZATION ENGINEERING

GRID MODERNIZATION ENGINEERING

OVERVIEW

Working across sectors at ENTRUST is essential for fostering innovation,
efficiency, and overall success. When our different departments collaborate
and share knowledge, they bring diverse perspectives and skill sets to the
table. This cross-functional approach enables us to tackle complex
challenges from various angles, leading to more comprehensive and
well-rounded solutions. Ultimately, this collaborative approach empowers us
to remain agile and cutting-edge for our customers. We are #BetterTogether.

WORKING TOGETHER FOR THE FUTURE

Grid modernization programs face many challenges in the rapidly evolving
energy landscape. The need for grid modernization stems from factors such as
generation interconnection, regulatory pressures, electric vehicle adoption,
and the pursuit of net-zero goals. AEP, recognizing these challenges,
embarked on a collaborative effort with EN Engineering and EN Consulting to
develop a turnkey approach that integrates engineering planning,
environmental analysis, field data collection, design, public
communications, and public relations, right of way acquisition, permitting,
and jobsite staking.

DESIGN AND ENGINEERING CHALLENGES OF GRID MODERNIZATION

The project identified various engineering challenges, including the
coordination of existing substations, regulators, capacitor banks, and smart
devices. It emphasized the importance of utilizing the existing
communication backbone and considering future needs. Localized requirements
and understanding the future state of each feeder or scheme were crucial
aspects. The turnkey approach seeks to tackle these challenges
comprehensively.

Permitting complexities, accessibility for smart device installation, and
considerations for upstream control power were key design challenges
highlighted in the project. Smart decisions on device installation
locations, anticipation of potential complaints, and the requirement of
right-of-way or easements were also crucial. The turnkey approach ensures
that both engineering and design considerations are integrated, reducing the
likelihood of errors.

BENEFITS OF OUR TURNKEY APPROACH

The integrated approach eliminates potential errors arising from siloed
engineering and design processes. The collaboration ensures that engineers
and designers understand each other’s challenges, leading to a more
efficient and error-free outcome. Traditional issues such as decommissioned
devices, improper settings, and customer dissatisfaction are minimized. The
singular team approach maximizes efficiency and reduces the need for
extensive project management.

At ENTRUST, the foundational elements of innovation, efficiency, and overall
client success stem from collaborative endeavors spanning across sectors.
Leveraging diverse perspectives and skill sets from our various departments,
we approach complex challenges from multiple vantage points, leading to
comprehensive and well-rounded solutions. Our commitment to being
#BetterTogether is reflected in our one-stop-shop approaches, ensuring
unparalleled service for our customers.

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