ENERGY TRANSMISION RELIABILITY, THE KEY FOR A PROFITABLE BUSINESS.
THE CHALLENGE
Design and construction of new transmission lines present complex interactions between mechanical and electrical parameters with field conditions. Additionally, the design phase has the potential to unlock future savings in the O&M of the lines, by ensuring the necessary routing, cable arrangement, electrical easement width, and optimal access routes. The application of existing standalone solutions however is not remarkably supporting engineering and construction companies. An integrated solution, based on power analytics science, is needed to provide engineering and construction companies the means to improve the holistic design and to bring the performance of the project to the next level.
OUR PROPOSITION
ENLINE´S capacity to understand the behavior of transmission assets in multiple scenarios providing real accurate results that will bring added value to transmission line design and construction. The summary on the right presents the main benefits of the digital twin.
WELCOME TO THE DIGITAL ERA FOR YOUR ENERGY TRANSMISSION BUSINESS
GML has developed an innovative Digital Twin technology that digitizes transmission lines to optimize the design, avoid over dimensioning and reduce investment, complying with regulations.
THE ENLINE ADVANTAGE
ENLINE´s digital twin for transmission assets provides a comprehensive understanding of the electrical, mechanical, and thermal behavior in each span of the transmission line without requiring the installation of sensors, with short configuration time and low implementation costs.
OUR SOLUTIONS
Enline Monitoring System compiles all the necessary tools to operate transmission assets with the best quality standards. Screens and functionalities are fully customizable to meet specific client requirements and parametrizations.
E-DLR allows operators to maximize the power transmission in existing line assets keeping in real-time the allowable cable temperature and sag. Using the expected load and forecasted weather data, Enline algorithms will predict the maximum admissible energy transmission.
Enline combines electrical data, including wave form records, with Digital Twin algorithms. The result is a precise fault location within one span, enabling the line operator to eliminate the fault and put the line back into service in the shortest possible time.
Our disruptive energy loss control determines the best combination between active and reactive power in a transmission line in order to minimize electrical losses and optimize revenues.
Through the utilization of digital twin technology and computational modeling, Enline due dilligence brings a precise simulation close to reality. For transmission lines routings, EOE can optimize the design to improve efficiency, reduce costs and operational risks.