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Energy (Standard Grid or Renewable Energy):

Thermal Precision for Renewable Energy Optimization: KRANTH SARL's Drone Services.

KRANTH SARL - Drone Expertise for the Energy Sector

Services for the Energy Sector: Standard Grid and Renewable Energy Operations (Solar)

KRANTH SARL, with its drone expertise, offers innovative solutions for the energy sector. Our services are aimed at companies operating in renewable energy, solar energy, and conventional grid networks. With cutting-edge technology and specialized skills, we provide effective, precise, and safe solutions to improve energy operations, reduce costs, and maximize profitability.

Our services are provided across Benin, Burkina Faso, Guinea-Bissau, Ivory Coast, Mali, Niger and Togo, where we assist our clients in managing, maintaining, and optimizing their energy infrastructure.

1. Thermographic Inspections for Solar Panels and Energy Infrastructure

Objective: Identify potential failure points before they become critical, improve the performance of solar installations, and reduce maintenance costs.

  • Solar panel inspections: Use of drones equipped with thermal cameras to detect thermal anomalies on solar panels, enabling preventative maintenance and performance optimization.
  • Energy infrastructure inspections: Thermal monitoring of transformers, cables, and other critical equipment to prevent failures and enhance the safety of electrical installations.

2. 3D Mapping and Modeling for Solar Sites

Objective: Provide accurate, up-to-date data for planning, evaluating, and optimizing solar energy sites.

  • Terrain mapping: Use of drones equipped with LiDAR or high-resolution cameras to create precise maps of terrains intended for solar farm installation.
  • 3D modeling: Creation of detailed 3D models for solar site planning and performance simulation.

Shading and sunlight assessment: Measurement of sunlight and shading on-site to optimize panel placement.

3. Monitoring and Maintenance of Electrical Grids

Objective: Reduce inspection and maintenance costs while increasing safety and efficiency of electrical grids.

  • Power line inspections: Use of drones for visual and thermographic inspections of power lines and pylons, identifying failure risks before they cause power outages.
  • Continuous monitoring: Implementation of continuous monitoring systems for power lines to ensure proactive and rapid incident management.
  • Oil leaks and anomaly detection: Detection of leaks on electrical equipment, transformers, and other infrastructure.

4. Mapping Renewable Energy Zones for Planning

Objective: Facilitate the identification of suitable areas for wind and solar energy installations.

  • Feasibility studies: Conducting site studies for new solar or wind farm installations, collecting detailed geospatial and environmental data.
  • Environmental impact mapping: Evaluation of the potential environmental impacts of energy projects to ensure compliance with local regulations.

5. Monitoring of Energy Installations

Objective: Ensure continuous monitoring of energy installations to guarantee their proper operation and avoid costly interruptions.

  • Solar performance monitoring: Monitoring energy production, identifying dysfunctions, and inefficiencies using drones equipped with high-definition cameras and infrared thermometers.
  • Detailed and automated reports: Generation of detailed reports on installation performance and problem detection, with corrective action recommendations.

6. Monitoring of Remote and Hard-to-Access Energy Sites

Objective: Reduce risks and costs associated with accessing remote or difficult-to-reach sites.

  • Remote site surveillance: Aerial monitoring of energy installations located in remote areas, such as isolated solar installations or power plants in rural settings.
  • Reducing risks for personnel: Minimizing the exposure of personnel on the ground by using drones to inspect hazardous sites.

7. Risk Management and Fault Assessment

Objective: Improve risk management and fault response by providing quick and reliable data for decision-making.

  • Safety risk management: Identifying potential risks to energy installations before they become major threats.
  • Post-fault assessment: After a fault, drones can be deployed to assess damage and provide real-time information on the cause and extent of the damage, allowing for a quick response.

Our Clients
and Projects

KRANTH SARL works with clients in the energy sector across Benin, Burkina Faso, Guinea-Bissau, Ivory Coast, Mali, Niger, Togo, Mauritania and Chad. Our drone solutions contribute to renewable energy projects, electrical grid management, as well as the maintenance and optimization of energy infrastructure in these countries.

Why Choose KRANTH SARL for Your
Drone Services in the Energy Sector?

  • Cutting-edge technology: We use drones equipped with advanced technology to ensure precise and reliable inspections and analyses.
  • Certified expertise: Our pilots are certified and trained to work in demanding environments, ensuring safety and compliance with local and international standards.
  • Tailored solutions: We provide services tailored to the specific needs of each client and project, whether it’s renewable energy, conventional electrical infrastructure, or hybrid projects.
  • Global reach: We operate in several countries in Africa, offering regional expertise with a global vision
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