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Energy Concept

San Enertech

Power, Water, and Intelligence – The Backbone of the FARM Project

Modern agriculture in extreme climates demands more than traditional solutions. At SAN MEA’s FARM Project, we combine energy autonomy, efficient water management, and smart monitoring to create a fully integrated system that ensures sustainability and resilience.

From generating clean power off-grid to optimizing every drop of water and leveraging real-time data for decision-making, these three pillars form the foundation of a farm built for the future. Explore how each element works together to deliver innovation and reliability in one of the most challenging environments on Earth.

OFF-GRID ENERGY CONCEPT

The FARM Project operates entirely off-grid, ensuring full autonomy and energy security in remote environments. At its core is a hybrid renewable system combining Agri-PV fields with advanced storage and backup solutions:

  • Photovoltaic Capacity: Over 640 kWp installed across Agri-PV structures and rooftops, supplemented by additional arrays for operational flexibility.
  • Battery Storage: A minimum of 2.5 MWh DC battery capacity guarantees continuous power for irrigation, cooling, and monitoring—even during extended low-sunlight periods.
  • Backup Systems: A 400 kW diesel generator and a hydrogen generator provide redundancy, while a electrolyzer and H₂ storage (1.0 MWh @ 35 bar) enable green energy buffering.
  • Smart Control: Automated start/stop logic optimizes generator use based on battery state, reducing fuel consumption and emissions. Remote monitoring ensures real-time oversight of all energy flows. This architecture delivers a resilient, sustainable power supply without reliance on external grids—critical for desert agriculture.

WATER MANAGEMENT & IRRIGATION

Efficient water use is the backbone of sustainable farming in arid climates. The FARM Project integrates a multi-tiered water system designed for precision and conservation:

  • Water Sources: Five deep boreholes feed into a treatment chain, ensuring reliable supply even under harsh conditions.
  • Storage Infrastructure:
    • Raw water tanks
    • Treated water tanks
    • Field irrigation tanks
  • Treatment Units: Dual water treatment stations (WT1 & WT2) guarantee quality for crop health and system longevity.
  • Irrigation Fields: Five dedicated zones equipped with surface and subsurface irrigation systems, reducing evaporation and optimizing root-zone moisture.
  • Automation: Level sensors and pump control systems maintain optimal flow and pressure, minimizing waste and energy use. This integrated approach ensures every drop counts—maximizing yield while preserving scarce water resources.

ENERGY MONITORING

Continuous energy monitoring is at the heart of operational efficiency for the FARM Project.

Every inverter and PV array is tracked in real time, providing granular insights into power generation and consumption.

Daily performance charts visualize energy flows, while key metrics such as kWh/kWp ratios benchmark system output against global solar standards.

This data-driven approach enables proactive maintenance, early detection of anomalies, and optimization of load distribution across the off-grid network. By integrating remote monitoring and automated alerts, the system ensures maximum uptime and transparency—turning energy management into a strategic advantage for sustainable farming.