Advanced Programs

Unlocking Possibilities: Empowering Innovation and Growth with Advanced Programs

The Advanced Programs products and service offering are based on highly scientific methodologies and engineering expertise applied to assessment, optimisation, and innovation of renewable energy assets and systems.

Ilmas Bayati
Head of Floating Wind & Advanced Programs

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Specialist in floating wind concepts and start-ups, offshore wind O&M strategy, project management, investments and financing, innovation and R&D.

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Cutting-edge technologies to support your decision making process

 Through ad-hoc computational frameworks and data analytics Advanced Programs support the decision making process from the development phase to the operational phases of the projects, targeting techno-economic optimisation, cost saving and value creation.

Our services are tailored to suit your needs, examples of which are:

  • Onshore, Offshore, and Floating Unit Farm Design and physics-based modelling
  • Optimisation of design, decision making support, and operations
  • Multi-parametric and multi-scale system modelling for Integrated / hybrid systems (e.g. Wind-P2X)
  • Onshore, Offshore, and Floating Unit Farm Design and physics-based modelling
  • Optimisation of design, decision making support, and operations
  • Multi-parametric and multi-scale system modelling for Integrated / hybrid systems (e.g. Wind-P2X)
  • From Data-To-Value end-to-end service for EPCI: Strategy, Design, Procurement of Condition Monitoring System
  • Physics-Based Digital Twin Modelling for validation and integration of virtual sensing in condition monitoring and SCADA systems
  • Large Data Set Analysis and Engineering assessment
  • Advanced Programs Team has a solid scientific background for bespoke modelling of a wide range of renewable energy applications to assist in the design, decision making support, and operations

What our clients say...

"Leveraging a structured and deep scientific approach maximises potential, fosters lessons learned, and optimises project costs. From concept to completion, this methodology empowers informed decision-making, benefiting the entire industry, including but not limited to the floating sector."
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Leveraging a structured and deep scientific approach maximises potential, fosters lessons learned, and optimises project costs. From concept to completion, this methodology empowers informed decision-making, benefiting the entire industry, including but not limited to the floating sector.
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Interested in floating offshore wind expertise?

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Join our team and be a part of the green revolution

Careers
A very good employer with a great future in renewable energy
Lead Consultant says:
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Pros: Great and wide variety of opportunities in the Renewable, Energy industry, Strong in offshore wind energy, Positive culture, Diversity
Awesome
Site Manager says:
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Great colleagues, and excellent place to learn with a diverse outlook on the industry from around the world.
Amazing work environment and great opportunities
Junior Consultant says:
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I've only been working at PEAK Wind for a couple of months but I am already astonished by the amazing work environment and the dedicated, highly motivated and deeply kind colleagues. The company's ambitions and values totally align with mine and the opportunities are huge. Don't hesitate a second and join us, we are constantly growing !
Great company with amazing culture
Student Worker says:
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PEAK Wind puts trust and gives the freedom to employees in their work as long as they perform. They give tools and support to do so, being flexible in working hours and working location. Everyone is open to help and share their knowledge. Work life balance is a priority and there's a great environment.
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Windipedia

Find the definitions of more than 180 technical, commercial, and financial abbreviations related to the renewables sector

FEED

An engineering design approach considering technical requirements and rough investment costs to enhance project cost planning and controlling.
feed

Related:

FAT, EPC

SCADA

Computer-based system used for collecting, controlling and presenting data from various systems in a wind farm. Comprising among other: data from PLC controllers, individual process instruments, vibration and temperature measurement instruments.
scada

Related:

LMU, CMS, SMA

SMA

Service agreement typically provided by the OEM supplying the serviced equipment as stated in the TSA, e.g. WTGs, SCADA and CMS for doing maintenance work for an agreed period of time.
sma

Related:

OEM, SAA, SWA, OAM

TSA

A binding agreement containing terms of supplying wind turbine generators. It also includes associated equipment.
tsa

Related:

SAA, OWTG, HAWT, OEM

see more related terms

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