Simulations and machine learning solutions for system operators and large electricity consumers.

energy

Infrastructure dimensioning

Meeting regulatory targets and planning long term investments to reinforce the grid is complex and Excel sheets quickly show their limits.
Simulations and machine learning produce detailed insights, easily explored to understand quickly the impact of every decision on all the grid components:

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We develop a fast, dynamic way to forecast and plan your future electricity demand, factoring in everything from baseline consumption to new usages (like EV chargers, building expansions, or heat pumps etc.). 

With powerful models running behind the scenes, you can simulate different “what if” scenarios of 30 years, compare their impact on peak loads, and visualize where and when congestion risks arise. 

The result? Smarter infrastructure investments, reduced operational surprises, and a clear industrial plan.

(Want to see it in action? Reach out and let’s explore how it can help your grid.)

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energy

Grid explorer

Accelerate your short term studies to adapt the grid.
DSOs must expand and reinforce grids by 50-70% this decade  while integrating an influx of EVs and solar. Our tools assist your engineering department in prioritize investments, addressing customer claims and accelerating work studies.

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Streamline grid studies with an assistant for the engineering department in 5 steps

5 pillars to break the bottlenecks in your grid work processes

All your data displayed in one place

Stop juggling SAP, GIS, SCADA, and technical documents. Our platform unifies all your grid data into one streamlined view, so you can focus on problem-solving—not hunting for files.

Anomaly Detection

Spot power-flow issues (like congestion) even before customers notice. AI-driven alerts guide you toward the right fixes, preventing small glitches from becoming big headaches.

Match claims with grid events thanks to GenAI capabilities

Use generative AI to extract structured data from customer claims and match it automatically with relevant grid events, ensuring faster resolutions and happier customers.

Automatic Upgrade Recommendations

Let the platform prioritize and analyze proposed adjustments (phase balancing, transformer settings, infrastructure upgrades, …) and show you the most impactful path forward.

Before-&-After Impact Analysis

See how changes pay off by comparing load analysis and performance data before and after upgrades. With Grid Explorer, you’ll stay agile, work faster, and make evidence-based decisions.

energy

Flexibility

Leverage your existing assets (like EV chargers) to unlock real-time consumption flexibility.
Jetpack.AI is working on the feasibility studies for the first explicit flexibility project (aFRR) based on EV charging in Belgium. The project leverages over 1,000 EV chargers installed at Brussels Airport, helping them to generate new revenue and build a more resilient grid.

energy

EV Potential

Harness Satellite Imagery

Jetpack uses AI-driven satellite analysis to pinpoint ideal spots for private EV chargers by examining parking availability, solar panel presence, and socio-demographic data. This approach (validated against DSO smart metering data) ensures precise identification of high-potential private charging locations.
The result is a score per address for the likelihood of the EV adoption that can be used for both technical (grid sizing) or commercial purpose.

energy

Tailored development

Our skilled team of energy experts and software engineers will work with you to develop innovative AI and machine learning-driven solutions to your biggest challenges.

Putting AI to work in your operations

JETPACK.AI
info@jetpack.ai

Jetpack SRL/BV
VAT: BE 0675.441.088

Head Office
Av. Victor Jacobs, 78
B-1040 Brussels (Etterbeek)

Esplanade Simone Veil, 1
B-4000 Liège

Luchthaven Brussel Nationaal 1M
B-1930 Zaventem

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