Market dynamics in the energy industry are changing rapidly as key drivers including the economic cycle and oil supply are impacted by various international conflicts. At the same time, stakeholder expectations for sustainability and safety are soaring for oil, gas, renewables and utilities. You’re also challenged to meet these expectations with improved operational efficiency across the board to stay competitive.
To meet rising challenges and expectations, high-performance and secure cloud infrastructure is crucial for getting all your data in one place. This enables new safer, smarter, and greener ways of working from anywhere backed by real-time data and analytics.
It’s smarter to do more in fewer systems, automate repetitive tasks and get everyone on the same page.
It’s greener to continuously optimise performance, track emissions in real time and reduce all kinds of waste
It’s safer to create a shared view of all safety work across operations and maintenance teams to enable smoother simultaneous activities with a 3D view and access to all relevant documentation.
Maintenance of machinery in Zone A of an oil rig is performed in the morning and Zone B in the afternoon to ensure minimal disruption to operations at specific times.
Instead of navigating between half a dozen systems to complete one task, it’s smarter to bring it all together in one end-to-end workflow.
A utility worker receives a customer grid connection request, views grid data, performs all the necessary calculations and generates the quote – all without having to switch windows.
It’s greener to optimise fuel consumption and reduce emissions by testing and predicting the performance of physical systems under different scenarios.
Digital twin simulations are used to model the supply chain and identify opportunities to reduce carbon emissions, optimise production scheduling, and determine the most efficient transportation routes.
Using secure and high-performance cloud solutions to work safer, smarter, and greener can help you cut all kinds of waste:
70% reduction in
operational inefficiencies
85% less manual work for
energy nomination
Decrease in
unplanned downtime
Lower emissions
from fuel consumption
