Creating Innovative Breakthroughs in the Energy Industry



The global demand for energy continues to increase and the diversity of sources is growing. We are helping customers explore sustainable generation, achieve efficient distribution, maintain reliable power grids, and transform the market with Internet of Things (IoT). Whether in oil and gas, coal, renewable energy, nuclear power, or distribution, our customers use Altair to simulate everything from geomechanics to composite wind turbine blades and analyze structural safety to network loads.

Reliable in the Real World

Developing economies are undertaking more government-funded projects with a focus on rural electrification to meet the demands of increasing power access, urbanization, and rapid industrialization. Designing the efficient and sustainable energy generation equipment required is supported by Altair analysis and optimization. Ensuring reliability under real world conditions requires exploration of variables with trusted physics simulations.

A Clear Path to Sustainability

Existing utilities are on a path to sustainability, working to replace and upgrade their existing infrastructure with an increasing focus on renewable energy. Altair's simulation and optimization technologies support this growing trend. Our core competencies include turbine vortex simulation and prediction, acoustic interpretation and assessment, wind farm siting, composite blade analysis and optimization, and transmission dynamics simulation and optimization.

A Smart Digital Transformation

The digital transformation of electricity uses IoT and smart grid technology to improve customer experiences and ensure safety and compliance. Altair provides real-time streaming analytics designed to handle energy industry requirements. Our technology supports the critical functions required to analyze and monitor the vast amounts of data generated in energy production and utilities applications.

Optimize Energy Production and Distribution

Altair Panopticon™ enables operators to process, monitor, analyze, and visualize the massive amounts of data streaming in from sensors and other devices in real time, so network loads can be distributed based on real-time feedback from the grid. It combines real-time streams with historical data, including time-series data stored in high-performance columnar databases, to make on-the-fly comparisons with previous activity and develop a comprehensive view of operations.

Increase Network Efficiency

Altair Flux™ is used by power engineers to design their networks from generation to consumer. The advanced electromagnetic, electric, and thermal simulation capabilities allow them to optimize the energy efficiency of power generation and energy storage systems. It provides valuable insights for all transmission and distribution components, including power transformers, cables, electric switchboards, switchgears, contactors, relays, sensors, and switches.

Ensure Reliability and Robustness with Multiphysics

Altair’s structural simulation software portfolio offers industry-leading engineering analysis and optimization tools for simulation-driven design concepts, detailed virtual product validation, and everything in between. Altair solvers can be coupled to model the energy industry’s multiphysics problems. Our high-performance computing and cloud technologies ensure customers can keep up with the pace of today's innovation, and scale to support the biggest challenges.

Streamline Aerodynamics and Thermal

Altair AcuSolve™ is a general-purpose computational fluid dynamics (CFD) solver which is popular with wind turbine companies. Applications include full blade and rotor performance, including blade flutter, rotor-tower interaction, and placement optimization. AcuSolve® avoids typical CFD pre-processing bottlenecks and enables engineers to focus on exploring their designs. AcuSolve's powerful solver technology provides you with the most robust solution in the CFD marketplace. GE Flow Simulator, exclusively distributed by Altair, provides analyses essential to the gas turbine design process.