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Bringing hyperlocal weather data to the City of Helsinki

How much energy can a building save with a hyperlocal weather forecast? We found out.

Vaisala Xweather’s pilot reveals how hyperlocal weather forecasts can drive smarter, more efficient buildings.

Weather-driven energy efficiency: What have we learned?

The pilot uncovered key insights into the potential—and challenges—of real-time weather-driven energy optimization.

Turning forecasts into savings: What we learned about weather-driven energy efficiency

" ...in September, during the project's second phase, we will explore the full potential of this technology."

Discover how hyperlocal weather forecasts can enhance energy savings in buildings. Learn about the promising results from Metropolia campus.

How Hyperlocal Forecasts Save Building Energy

Utilities, DSOs, and TSOs have no choice but to operate the grid 'in the dark,' resulting in annual costs amounting to billions

Operators can now minimize costly downtime, improve operating margins, and support overall grid reliability.

 The system detects high-impedance events unnoticed by other technologies. 

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Explore how weather-smart energy grids using Xweather data enhance reliability and minimize outages caused by severe weather events.

Weather-smart Energy Grids: The Future of Power Reliability

Powered by Xweather's precise weather data, Safegrid's Intelligent Grid System® provides operators with a full view of ongoing and impending faults in power grids. 

Weather-smart energy grids start here

Xweather Optimize utilizes this local sensor data to reduce errors and enhance the accuracy of weather predictions, resulting in forecasts that outperform all other available predictions.

Discover how Vaisala Xweather's TempCast sensors help Helsinki enhance building energy efficiency through advanced weather forecasting.

Hyperlocal Weather Data Optimizes Energy in Helsinki

How can a building leverage weather data to optimize its energy consumption?

Energy - Blog