Achieve real-time control and optimization of growing and increasingly complex energy networks. Improve safety, reliability, maintenance and efficiency of operations, while integrating new green energy sources for a reduced carbon footprint.

Managing and supporting the clean energy transition is just one reason utilities must work to create a resilient, sustainable and intelligent grid. To build that grid of the future, utilities are adopting advanced digital tools to achieve equally important and interconnected objectives. While the volume and pace of change facing electric utilities is daunting, the opportunities for load growth and leading the transition to a decarbonized, healthy and prosperous tomorrow are unprecedented. Managing and mitigating the risks while successfully turning challenges into opportunities demands rapid adoption of digital technologies.

Meeting the demands of a growing population without compromising tomorrow requires a delicate balance of performance, resiliency and sustainability. Automation and digitalization are enabling companies to gain the insights, agility and flexibility needed to thrive in this environment.

Aspen Mtell is a groundbreaking predictive maintenance solution that harnesses the power of data and technology to ensure reliable equipment performance, while safeguarding our environment. Learn about the latest advancements to boost asset efficiency, reduce costs and ensure a sustainable future.

Accelerate time to value by leveraging comprehensive on-site and remote services to deploy industry-leading technologies faster and more efficiently than ever before.

Hear leaders from Tennet (based in the Netherlands) and California's SMUD talk about how AspenTech DGM solutions are helping them reach their goals and provide reliability to their customers.

Carbon capture and storage (CCS) is an essential tool for companies to achieve net-zero emissions—and for the world to begin lowering atmospheric CO2 levels. However, a massive increase in CCS capacity is needed to reach global climate goals.

Operational teams and engineers understand their processes intimately, yet converting that expertise into actionable operational and advanced process control (APC) strategies can be complex. Moreover, a lack of understanding of APC actions often leads to constrained APC controllers, and in some cases, to APC being disabled altogether, resulting in lost benefits.

Frequent changes in refinery operating conditions cause planning models to fall out of sync with actual conditions, making them less reliable. At the same time, updating these models is complex, often forcing refineries to turn to expensive third-party consultants.

It’s often described as the largest machine in the world, but even that doesn’t do justice to just how complex the electric grid really is.