Projecting the Future of Global Energy Systems
The future of global energy systems is marked by significant uncertainty and unpredictability. Many organizations have invested considerable effort in
Unlock better decision-making, reduce risks, and gain a competitive edge in offshore wind auctions.
Global offshore wind capacity is expected to increase tenfold by 2040. To fully seize the opportunities of the global energy transition, such as bidding competitively and delivering with confidence, developers must have access to reliable, accurate, and timely weather and ocean data.
Yet, obtaining this critical data remains a key challenge, particularly during the early phases of development, due to:
For offshore wind farm developers, timing is everything when preparing for marine auctions or aiming to speed up installation and maintenance activities. However, traditional metocean surveys often:
Without access to real-time metocean insights, developers risk losing bids or making costly assumptions that could impact the future success of the project.
The MESPAC platform delivers fast, high-accuracy meteorological and oceanographic data, enhanced by AI, without the delays and uncertainties of conventional measurement campaigns.
Thanks to its unique fusion of global satellite observations and a dense sensor network, MESPAC’s proprietary models deliver fast, reliable, and site-specific data, empowering every phase of an offshore wind project, from early feasibility to ongoing operations.
CEO at Mespac
CTO at Mespac
HEAD OF PRODUCT at MESPAC
CHIEF SCIENTIST at mespac
Choose a tailored solution to meet your needs.
Supports early-stage scouting by helping identify suitable offshore areas.
Delivers comprehensive metocean data for feasibility studies and auction bids.
Reduces the need for long in-situ surveys by integrating AI-enhanced satellite data.
Enables continuous metocean monitoring to support informed decision-making.
Provides forecasts to enhance operational efficiency, safety and planning.
The future of global energy systems is marked by significant uncertainty and unpredictability. Many organizations have invested considerable effort in
The global push towards renewable energy is an essential step in addressing climate change and ensuring a sustainable future. Central to this movement
The offshore wind energy sector is rapidly expanding and plays a crucial role in the transition to a more sustainable future [1]. Despite signif
What Andrea Gulisano says