Digital Innovations

Advances in digital devices and technology, giving utilities situational awareness of the grid and the capability to control power flows on their networks.

Highlights

Hvdc Wise Kick Of Lyon October 2022
Hvdc Wise Kick Of Lyon October 2022
Hvdc Wise Kick Of Lyon October 2022
Hvdc Wise Kick Of Lyon October 2022
Hvdc Wise Kick Of Lyon October 2022
HVDC

SuperGrid Institute to Coordinate the European Project HVDC-WISE

Oct. 27, 2022
This new project will foster the development of large HVDC-based transmission grid infrastructures, to improve the resilience and reliability of existing electrical systems and...
Photo by Dominion.
Depending on photovoltaic (PV) penetration, native substation loading and clouding patterns, power flow can change direction (from forward to reverse power and vice versa) in a matter of minutes.
Depending on photovoltaic (PV) penetration, native substation loading and clouding patterns, power flow can change direction (from forward to reverse power and vice versa) in a matter of minutes.
Depending on photovoltaic (PV) penetration, native substation loading and clouding patterns, power flow can change direction (from forward to reverse power and vice versa) in a matter of minutes.
Depending on photovoltaic (PV) penetration, native substation loading and clouding patterns, power flow can change direction (from forward to reverse power and vice versa) in a matter of minutes.
Depending on photovoltaic (PV) penetration, native substation loading and clouding patterns, power flow can change direction (from forward to reverse power and vice versa) in a matter of minutes.
Digital Innovations

Advance the Distribution Grid with Synchronized Measurements

Sept. 13, 2022
Emerging challenges on the distribution grid are driving the need for new and improved solutions that use synchronized measurement technologies.
Seth Morabito, CC BY 2.0 , via Wikimedia Commons
1972 Hewlett-Packard scientific pocket calculator: HP-35.
1972 Hewlett-Packard scientific pocket calculator: HP-35.
1972 Hewlett-Packard scientific pocket calculator: HP-35.
1972 Hewlett-Packard scientific pocket calculator: HP-35.
1972 Hewlett-Packard scientific pocket calculator: HP-35.
Smart Utility

Technology And The Human Factor

Jan. 21, 2022
With all the attention focused on our infrastructure, Dynamic Line Rating technology appears to be an ideal solution for increasing the nation’s transmission capacity with little...
A STATCOM installation has a relatively small footprint, requiring an area of 250 ft by 250 ft (76 m by 76 m) for a 250-MVAR installation.
A STATCOM installation has a relatively small footprint, requiring an area of 250 ft by 250 ft (76 m by 76 m) for a 250-MVAR installation.
A STATCOM installation has a relatively small footprint, requiring an area of 250 ft by 250 ft (76 m by 76 m) for a 250-MVAR installation.
A STATCOM installation has a relatively small footprint, requiring an area of 250 ft by 250 ft (76 m by 76 m) for a 250-MVAR installation.
A STATCOM installation has a relatively small footprint, requiring an area of 250 ft by 250 ft (76 m by 76 m) for a 250-MVAR installation.
Test and Measurement

Advanced Voltage Control for the Grid

Dec. 6, 2021
Ameren Transmission uses STATCOM technology to ensure grid stability while moving away from fossil fuel energy centers to clean energy sources.
Hitach Abb Hvdc jpg
Hitach Abb Hvdc jpg
Hitach Abb Hvdc jpg
Hitach Abb Hvdc jpg
Hitach Abb Hvdc jpg
HVDC

First-Ever Large-Scale HVDC Interconnection to Be Built in the Middle East and North Africa

Oct. 8, 2021
The groundbreaking intercontinental link will enable the Kingdom of Saudi Arabia and the Arab Republic of Egypt to exchange electricity, increase grid resilience and support a...

Recommended

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300 X250
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Home

New vision. Better tomorrow.

Aug. 30, 2021
The *NEW* EnergyTech Transition eNewsletter. Advancing the C&I energy transition. Join Today!
Caithness Moray HVDC link, Blackhillock. Courtesy of Hitachi Energy
Caithness Moray HVDC link, Blackhillock. Courtesy of Hitachi Energy
Caithness Moray HVDC link, Blackhillock. Courtesy of Hitachi Energy
Caithness Moray HVDC link, Blackhillock. Courtesy of Hitachi Energy
Caithness Moray HVDC link, Blackhillock. Courtesy of Hitachi Energy
Caithness Moray HVDC link, Blackhillock. Courtesy of Hitachi Energy
Transmission Reliability

Superhighways Are Supercharging The Transmission Grid

Sept. 27, 2023
Technological advancements can make the electricity supply more resilient.
SOO Green
Hvdc Soo Green 2
Hvdc Soo Green 2
Hvdc Soo Green 2
Hvdc Soo Green 2
Hvdc Soo Green 2
Intelligent Undergrounding

Iowa Board Approves 525 kV Underground HVDC SOO Green Transmission Line Project

Sept. 18, 2023
The order finds that the proposed line is necessary to serve a public use and represents a reasonable relationship to an overall plan of transmitting electricity in the public...
Photo 285368294 © Lawcain | Dreamstime.com
Photo 285368294 Lawcain Dreamstime com
Photo 285368294 Lawcain Dreamstime com
Photo 285368294 Lawcain Dreamstime com
Photo 285368294 Lawcain Dreamstime com
Photo 285368294 Lawcain Dreamstime com
Digital Innovations

Duke Energy CIO, VP Joins Workforce Management Firm ARCOS

Sept. 6, 2023
Utility workforce management firm ARCOS appointed Bonnie Titone, senior vice president and chief information officer at Duke Energy, to the ARCOS board of directors.
Peshkova/iStock/Getty Images Plus
Getty Images 877873518
Getty Images 877873518
Getty Images 877873518
Getty Images 877873518
Getty Images 877873518
Substations

Technological DNA: HVDC Advancement

Aug. 24, 2023
The 40-year-old Châteauguay HVDC back-to-back converter station refurbishment represents more than an upgrade; it’s transformational in its scope.