How can energy companies accelerate to net-zero?
Managing complexity in large-scale projects, ensuring regulatory compliance, and driving digital transformation are vital to achieving energy transition goals. Model-based systems engineering (MBSE) can help energy companies accelerate towards net zero while keeping up with growing energy demand.
Introduction to Model-based systems engineering
MBSE is a framework that applies modelling to support system requirements, design, analysis, verification and validation activities. It lists requirements, designs, and tests and creates a digital twin of any project that mirrors the environment in which the project/asset will operate.
What is the value of a MBSE approach?
How can energy companies benefit from an MBSE approach?
With a MBSE approach, you can make progress towards sustainability goals while keeping up with global energy demand. Learn more below about the current challenges impacting the industry and how our customers have used an MBSE approach to address them.
Become a net-zero emissions energy business by 2050
Your energy transition target is to become a net-zero emissions energy business by
2050.
Keep up with the energy demand
While you are aiming to reduce emissions, you still need to keep up with the 2% increase in global energy consumption per year. (Our World in Data: Energy Production and Consumption)
Expect 3X ESG improvements
By adopting and MBSE approach and striving towards achieving operational excellence,
companies can expect 3 x ESG improvements (Accenture Best of 2021 Energy Insights)
$20m savings from enhanced global collaboration.
A leading petroleum technology company was able to boost productivity, efficiency
and profitability with improved global collaboration. (FMCtechnologies)
80 Design practices with knowledge consolidation
Ansaldo Energia consolidated corporate knowledge into a single unified platform from
concept to maintenance.
Move from Document to data-centric
Polarion for requirements management is bridging the gap between a document and a data-centric approach, supporting safety-critical requirements and maintaining a license to operate globally. (Shell’s strategic advantage)
Manage complexity in Large Scale Projects
To manage complexity in large-scale projects, take a systems approach to program planning by integrating cost, schedule, and technical requirements in a fully planned, resourced, and budgeted program management solution. Create a single source for all program estimating and execution data, including risk and opportunity management.
Digital Transformation & Data-driven decision-making
An integrated approach to managing capital assets connects stakeholders to the information they need when they need it. It enables the reuse of data at the enterprise level and helps maintain an accurate engineering definition that is aligned with the physical asset.
Thrive towards sustainability & energy transition goals
Use an executable digital twin to apply simulation insights and enhance performance across the production lifecycle. Discover how Framatome leveraged CFD to assess reactor performance quickly, meeting new safety regulations and standards. Watch the presentation to learn more.
Ensuring regulatory compliance and traceability
Shell uses an integrated requirements management approach with Polarion to simplify handling complex requirements across lifecycle stages, projects, and facilities. This
ensures better compliance with strict industry regulations. Learn more in the
webinar below.
Let's continue the discussion
Are you interested in further exploring any of these topics, or have questions about the MBSE approach or journey? Get in touch by completing the form here or reach out to our team of experts below.
