Energy Optimization Platform

Intelligent energy management system that reduces consumption by up to 30%

Energy is one of the highest costs in an industrial operation

In factories, businesses, educational institutions, or agricultural environments, energy consumption represents a significant expense that often goes unnoticed until it's too late.

Load variations, unexpected peaks, inefficient equipment, and lack of visibility generate high costs that can be reduced with proper management.

Our Energy Optimization Platform is designed to provide clarity, control, and efficiency through advanced analytics and an AI module that helps make more precise decisions.

The goal is simple: Spend less, produce better, and anticipate cost overruns.

---

A platform designed to understand how energy is consumed

Energy management is not just about measuring, but about understanding.

That's why the platform consolidates energy information from different sources in the facility and presents it in a clear and useful way.

Users can visualize:

• Total consumption by area or process
• Daily peaks and critical hours
• Comparisons by shift, day, or week
• Unexpected behaviors
• General efficiency indicators
• Energy impact produced by operational variations

This visibility allows you to detect patterns that often go unnoticed in daily operations.

---

AI to detect savings opportunities

The artificial intelligence module analyzes energy behavior in real-time and acts as a technical assistant that suggests improvements before cost overruns occur.

The AI can:

🔍 Identify anomalous consumption

Detects unusual usage patterns indicating inefficiencies or equipment problems.

⚡ Detect unnecessary peaks

Identifies moments where consumption spikes without operational justification.

🎯 Recommend operational adjustments

Suggests changes in schedules, sequences, or configurations to optimize energy use.

📈 Project expected consumption

Anticipates energy behavior based on historical data and operational variables.

💡 Highlight areas with savings potential

Points out processes, equipment, or areas where the greatest reductions can be achieved.

🌡️ Correlate energy use with production or climate

Relates consumption to external factors to better understand variations.

This approach can generate estimated savings of up to 30%, depending on the type of operation and current energy habits.

---

Working with existing data

Each organization has different infrastructure.

That's why the platform is prepared to receive data from various sources without requiring a single standard:

• Existing energy meters
• Operating systems that already record consumption
• Reports exported from current equipment
• Previous monitoring platforms
• Data flows sent from the facility

Regardless of the source of information, the goal is to convert that data into efficiency and cost reduction.

---

Key indicators to control and reduce consumption

The system presents essential energy KPIs such as:

• Maximum demand
• Consumption per hour/shift
• Consumption per area or process
• Variability analysis
• Sudden peak alerts
• Operational efficiency
• Consumption versus production

With this information, companies can make more informed decisions, balance loads, adjust schedules, and better plan equipment use.

---

Access from anywhere

The platform operates in the cloud, which allows:

• Review energy status from any device
• Share reports
• Supervise multiple sites
• Maintain historical traceability
• Facilitate audits and certifications

For operations requiring hybrid infrastructure, optional configurations are evaluated that allow combining cloud and local modules.

---

Tangible benefits for your company

✅ Estimated consumption reduction of up to 30%

✅ Less variability and greater energy stability

✅ Early alerts to avoid cost overruns

✅ Greater operational efficiency

✅ Complete visibility of highest spending points

✅ Continuous optimization with AI support

✅ Easier compliance with energy standards

---

Practical example

A plant operating three shifts detects, thanks to the platform, that during the night certain equipment remains on unnecessarily.

The AI identifies this anomaly, shows the trend, and estimates that turning off this equipment outside of hours would reduce consumption by 18%.

The adjustment is implemented and savings are immediate.

---

Essential part of the 2025 Roadmap

The Energy Optimization Platform is one of the axes of our 2025 Roadmap.

We are currently developing:

• Energy analytics modules
• AI models to identify savings opportunities
• Operational recommendation tools
• Advanced dashboards for real-time supervision
• Flexible connectivity with existing infrastructure

The first capabilities will be available to strategic partners participating in the Early Access phase.

---

🟩 Note for companies interested in AI innovation

We are looking for organizations that want to adopt analytics and artificial intelligence technologies to optimize their energy use.

If your company is interested in:

• Reducing energy costs
• Evaluating new digital tools
• Participating in early testing
• Collaborating as a strategic partner

We can establish an early implementation agreement with exclusive benefits for being among the first to participate.

Contact us to coordinate an exploratory meeting.

---

Conclusion

Energy optimization is no longer optional: it's a key factor for competitiveness.

An intelligent cloud-based platform allows you to understand how energy is consumed, reduce costs, anticipate problems, and improve the overall performance of the operation.

The efficiency of the future is digital, intelligent, and accessible.

And this solution is designed to accompany companies on that path.