Insular system management

With accurate and reliable power forecasts, maximize renewable energy integration while ensuring grid stability.

Mastering insular systems energy with accurate forecasting

Harness local renewable power and maximize penetration

On an islands and more generally in an insular environment, renewable resources — sun, wind, and sometimes water — often represent the only locally available energy sources, offering liberation from expensive imported fuels and a path toward energy sovereignty.

But without interconnections to larger grids, island energy systems (or insular systems) must maintain perfect balance between generation and consumption at all times, despite the inherent variability of renewable resources.

This is where forecasting makes things happen.

On insular environment, weather patterns can change rapidly due to unique microclimates and marine influences. 

A passing cloud formation can reduce solar production by 80% in minutes, while coastal wind patterns shift with temperature gradients throughout the day.

Without accurate forecasting, grid operators face two suboptimal choices:

  • Maintain excessive fossil fuel generation reserves, undermining renewable benefits
  • Risk grid instability and potential blackouts when renewable production suddenly drops

To address this, Steadysun provides short to long-term forecasting solutions tailored to insular grids, enabling operators to anticipate production drops and activate the right compensation strategy — be it generator dispatch or storage control — at exactly the right time. 

This ensures power quality, island system stability, and higher renewable penetration.

During the operational phase, forecasting is the most effective way to manage renewable fluctuations.

And in the planning phase, we conduct targeted studies to support decision-making: storage sizing, resource variability analysis, site potential estimation, and long-term mix strategies aligned with local grid codes.

Steadysun’s forecasting technologies are already powering island grids where renewables exceed 30% of total electricity consumption.

Increase your renewable penetration from 30% to over 45% while improving grid stability metrics.
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Key benefits

Why use our energy forecasts for insular energy system?

Reach energy transition requirements

Our precision forecasting technology significantly reduces carbon emissions by optimizing renewable integration and minimizing fossil fuel consumption.

Avoid the risk of blackouts

Our forecasting system anticipates rapid production changes with high-resolution temporal predictions, maintaining critical grid stability during weather transitions.

Reduce electricity production costs

By using massively renewable energies, the dependency of fossil fuels will be reduced and the gensets lifespan will be increased, reducing maintenance and electricity costs.

Steadysun & you

How our solutions work in your operations

Our solutions seamlessly integrate into your daily workflows, ensuring that every operational decision you make is backed by the most accurate and relevant forecasting data.

  1. Continuous multi-source data collection (meteorological models, satellites, on-site sensors)
  2. AI-powered forecast generation calibrated specifically to your plant’s characteristics
  3. Seamless integration with your SCADA, EMS, and maintenance systems through our forecasting API
  4. Real-time monitoring comparing actual vs. predicted production
  5. Automated alerts for significant deviations or upcoming events
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Ready to start? Try our forecasts free!

Join island operators worldwide who trust Steadysun for superior renewable forecasting accuracy and grid stability solutions.

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Case study

Did you know that using hindcast data helps anticipate costs and risks for your energy project?

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See how a renewable energy developer optimized their PV+storage project in Mauritius using hindcast analysis

In 2024, an energy developer planning hybrid PV+BESS plants in northern Mauritius used our hindcast service during the design phase to optimize system configuration and mitigate risks, addressing unique forecasting challenges in a grid transitioning from fossil fuels to renewables.

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