Energy Webinar Series

In this final webinar in the four-part series we offer valuable insight into understanding how simulation can help to optimize gas turbine or furnace efficiency without compromising the stability in the operating conditions range and control the NOx emission, along with helping to predict polarization curves, to optimize design, and to improve longevity of the fuel cells.

Join us for the third in a four-part series, where we will look at the comprehensive solution for hydrogen storage, from doing a quick assessment of a hydrogen tank filling using a thermal desktop to carrying out detailed 3D simulations of hydrogen leakage and auto-ignition.

In this second of a four part series we will look at the ways hydrogen is currently being produced, as well as showing examples that will help you understand the simulation process and its outcomes as well as help in setting up your own simulations.   

Join us for the first in a four part series which will focus on understanding the aspects of the hydrogen value chain together wth an overview of the related simulation applications.

Learn about the major components and related reliability challenges in a typical Solar electric system including the different types of PV panels as well as associated power electronic modules (inverters). 

Being proactive in designing products more sustainably is becoming the default for many engineers. Ansys has implemented tools and methodologies at the earliest concept stages to enhance this ‘proactive sustainability’ design approach.

From designing wind farms to ensuring the reliability of offshore wind farm structures, we will showcase how Ansys can help support all aspects of a wind energy program. We will explore how Ansys simulation software can assist with creating hybrid digital twins, offering unparalleled insights into wind energy system performance.

Whether the application is Automotive, 5G, Industrial, Energy, IoT, Medical, FA&D, or Consumer Goods, the chances are high that a printed circuit board will be involved. Increases in the electrification of modern systems will include electronic sensors, wireless connectivity, power conversion, or data handling system in most new designs. These systems require reliable PCB designs to reduce the chances of system failures when out in the field. 

As the world constantly changes, energy companies must position themselves for success in the new energy frontier. Investment in new technology and innovative products will be key for decarbonizing energy, including hydrogen solutions, energy storage, and carbon capture/utilization.

Learn how the Ansys simulation workflow offers a solution-oriented approach to understanding the complex interactions between various components of offshore wind energy systems and their surrounding environment.

Join Ansys and our customers as we explore how using Ansys simulation solutions we can meet the ever evolving and growing demands placed on the energy industry.

Learn how Reduced Order Models can be used throughout the product lifecycle, from design and optimization to operations and maintenance.

Learn about the use of green and low emission energies and CO₂ emission reduction and capture using simulation

Learn about Hydrogen, from its extraction phase to its use phase using simulation.

Learn about the key features of Ansys WindModeller, and hear how RWE has used this tool to study the large offshore wind farms they have developed, currently own and operate.

Learn how simulation-based digital twins can be used in the energy sector throughout the product lifecycle, from design to operations and maintenance. Digital twins act as virtual sensors, monitoring the health and potentially extending the remaining useful life of a component through predictive maintenance.

Learn more about the benefits of a model-based safety-critical software development and simulation environment with a qualified, built-in automatic code generator. Also, discover the latest Ansys SCADE innovations.

This webinar will highlight the techniques, capabilities and workflows for implementing an effective sub-modeling strategy. Whether the global and/or sub-model consists of beams, shells or solids, Ansys Workbench offers an effective solution for obtaining accurate stress results in large structures with small features.

This webinar showcases how Ansys is helping the energy industry address the challenges of ice build-up on wind turbine blades using Ansys CFD solutions for Wind Turbine Icing.

Learn how Ansys simulation plays a vital role in resolving the challenges in the hydrogen lifecycle from production to distribution, storage, transport, and consumption.

Learn how Ansys simulation solutions are accelerating the adoption of additive manufacturing by enabling more effective design for additive manufacturing, dramatic decreases in failed builds and increases in machine productivity.

Experience and learn how simulation plays a vital role in meeting the objective of low-carbon, net-zero initiatives quickly and efficiently.

This webinar spotlights a variety of topics, with a special focus on offshore wind turbine fixed and floating applications.  Additionally, we will highlight rotor aerodynamics and acoustics, composite blade design and manufacture, power generation and transformation, wind farming, control systems and software, and performing predictive maintenance with digital twins.

This webinar gives a deeper overview of Ansys Mechanical for offshore related applications involving bolts, welds and advanced contact options, sub-modeling, pipelines, offshore wave-loading, code-checking, and geometry and meshing complexities.