SoundPLAN presents acoustic solutions for the energy transition at DAGA 2026

SoundPLAN, a global leader in noise simulation software and services, will present its precision acoustic modelling solutions and specialist consulting services for complex infrastructure projects at DAGA 2026. Visitors can learn more at Stand S21 at the annual acoustics conference, taking place from 23-26 March at the International Congress Center Dresden (ICD).

The 52^nd annual event is organized by the German Acoustical Society (DEGA) and Dresden University of Technology (TU Dresden) in cooperation with the Polish Acoustical Society.

The event features an extensive range of expert presentations, technical posters and workshops, and an exhibition highlighting the latest acoustic products and services.

Attendees will have the opportunity to explore SoundPLAN’s comprehensive portfolio of noise prediction software, specialist consulting services, and expert noise assessment reports. This includes SoundPLANessential+, its next-generation software for faster, smarter noise modelling. Designed for projects ranging from outdoor events to industrial noise, it launched in the final quarter of 2025.

In addition, the team will unveil forthcoming developments, including the new version of its comprehensive ‘all-rounder’ solution, SoundPLANnoise 9.2 and the latest version of its room acoustics software, Sarooma 2.6. The company is also working on new concepts for version 2.0 of its mapping and analysis software for noise at work, SoundPLANmanda.

Noise Mapping for Renewable Energy

 The rapid expansion of wind and solar power is transforming energy infrastructure worldwide. Across Europe, large-scale battery energy storage systems are also being deployed to support grid stability. These developments introduce new environmental and operational challenges, increasing the importance of robust and efficient noise assessment and mitigation.

SoundPLAN software addresses these challenges by allowing users to assign frequency-dependent 2D or 3D directivities to sources and include them in noise prediction calculations. Existing directivity datasets can be imported where appropriate. In addition, chimney stack directivity effects can be generated in accordance with ISO 9613-2:2024. These features complement the extensive emission data library integrated within the software and support more realistic modelling for complex industrial and energy-related applications.

For more information about SoundPLAN’s software and services, join DAGA 2026 (https://www.daga2026.de/en/) or visit www.soundplan.eu