Energy

Energy projects demand precision, safety, and long-term durability—whether in power plants, wind farms, or transmission infrastructure. Through our geotechnical investigations and structural monitoring, we help investors minimize risks and ensure stable and sustainable energy facilities.

The Foundation of a Stable Energy Infrastructure

Energy facilities such as power plants, wind farms, substations, and transmission lines must meet strict safety requirements and withstand extreme operating conditions. The biggest challenges include foundation stability, vibration impact, dynamic loads, and structural monitoring. With our services like pile load testing, drivability analysis, structural and vibration monitoring, engineers and investors receive reliable data for informed decision-making.

We Understand the Challenges of Energy Construction

Load-bearing capacity and foundation durability requirements

Pile load tests and drivability analyses ensure optimal foundation design for demanding energy structures.

Impact of dynamic loads on structures

Vibration and strain monitoring track the effects of wind turbines, generators, and transmission facilities on foundations and surrounding areas.

Foundation stability on challenging soil conditions

Settlement monitoring and inclinometer measurements detect geotechnical changes and help manage ground stability risks.

Changing environmental conditions and wind loads

Structural health monitoring analyzes environmental impacts and supports optimized maintenance strategies.

Changing environmental conditions and wind loads

Structural health monitoring analyzes environmental impacts and supports optimized maintenance strategies.

High operational costs due to unexpected structural failures

Early detection of overloads and damages through strain gauge testing prevents failures and optimizes maintenance efforts.

Services Ensuring Stability and Safety in Energy Construction

Measurement and monitoring of noise

Noise monitoring is used to measure, analyze, and assess sound levels in the environment.

Measurement and monitoring of vibrations

Vibration measurements are conducted to assess vibration impacts and compare them with relevant threshold values. The results are documented in a report for quality assurance and site optimization, with preliminary findings available immediately and a final report provided upon completion.

Pile integrity testing

The PIT method is a simple and cost-effective technique for assessing the quality of cast-in-situ piles, while also being applicable to driven piles, provided the pile material is elastic.

Static load tests

Static pile load testing is a traditional method for assessing load-bearing capacity, where the pile is subjected to pressure or tension using hydraulic jacks, steel beams, and anchor piles to determine its strength.

Dynamic load tests

This method is suitable for piles in various ground conditions, regardless of load transfer mechanism or material, covering both driven and bored piles.

Structural monitoring

Structural Health Monitoring (SHM) uses sensors to continuously or periodically assess a structure’s condition, detecting potential issues early to ensure safety, longevity, and timely maintenance.

Haben Sie Fragen? Kontaktieren Sie uns

Häufig gestellte Fragen

What tests are essential for foundations in energy construction?

Pile load testing, drivability analysis, and settlement monitoring ensure foundations meet safety and durability requirements

How can dynamic load impacts on foundations be monitored?

Vibration and strain monitoring provide real-time data to assess structural load effects continuously.

How can I prevent settlement issues on challenging ground conditions?

Inclinometer measurements and settlement monitoring help track ground stability and detect changes early.

How can I minimize operational risks from structural failures?

With continuous monitoring systems and stress analysis, potential damages can be detected early, allowing for planned maintenance.

Monitoring and Analysis Throughout the Entire Lifecycle

Our services don’t stop once construction is complete. We offer long-term geotechnical and structural monitoring, enabling early detection of foundation and structural changes. With us, your energy infrastructure remains under control at all times.

See our reviews

Lorem ipsum dolor sit amet, consectetur adipiscing elit.

Korem ipsum dolor sit amet, consectetur adipiscing elit. Nunc vulputate libero et velit interdum, ac aliquet odio mattis. Class aptent taciti sociosqu ad litora torquent per conubia nostra, per inceptos himenaeos. Curabitur tempus urna at turpis condimentum lobortis. Ut commodo efficitur neque. Ut diam quam, semper iaculis condimentum ac, vestibulum eu nisl.

Name Surname 1

Position, Company name 1

Name Surname 2

Position, Company name 2

Name Surname 3

Position, Company name 3

Name Surname 4

Position, Company name 4

Energy

The Foundation of a Stable Energy Infrastructure

We Understand the Challenges of Energy Construction

Load-bearing capacity and foundation durability requirements

Impact of dynamic loads on structures

Foundation stability on challenging soil conditions

Changing environmental conditions and wind loads

Changing environmental conditions and wind loads

High operational costs due to unexpected structural failures

Services Ensuring Stability and Safety in Energy Construction

Measurement and monitoring of noise

Measurement and monitoring of vibrations

Pile integrity testing

Static load tests

Dynamic load tests

Structural monitoring

Haben Sie Fragen? Kontaktieren Sie uns

Häufig gestellte Fragen

What tests are essential for foundations in energy construction?

How can dynamic load impacts on foundations be monitored?

How can I prevent settlement issues on challenging ground conditions?

How can I minimize operational risks from structural failures?

Monitoring and Analysis Throughout the Entire Lifecycle

See our reviews

Case studies

Measurement of crack opening caused by structural loading

Measurement of crack opening caused by structural loading 2

Measurement of crack opening caused by structural loading 3

Measurement of crack opening caused by structural loading 4

Do you have a technical challenge? We have the solution

Contact us directly

Geotechnical investigation

Structural monitoring

All industries