Agniforge utilizes advanced long-wave infrared (LWIR) sensors to identify critical heat anomalies, preventing asset failure and optimizing energy efficiency across industrial ecosystems.
At Agniforge, we revolutionize how energy data is captured. Our high-resolution thermal imaging technology, paired with certified thermographers, delivers sub-degree accuracy for mission-critical assets.
From pinpointing defective cells in massive solar farms to identifying hotspots in high-voltage transmission lines, our diagnostic reports empower clients to reduce operational risks and costs.
Georeferenced radiometric maps for large-scale energy audits and site-wide heat distribution analysis.
Detailed identification of insulation failures in HVAC systems, pipelines, and building envelopes.
Localization of overheating components in substations and switchyards for proactive repair.
High-fidelity 3D meshes with thermal texture overlays for complex industrial plant visualization.
Radiometric raw video recordings capturing dynamic heat patterns in operational machinery.
Comprehensive reports grading thermal defects by severity (Priority 1-3) based on ΔT delta.
Detecting hot-cells, bypass diode failures, and string-level degradation.
Monitoring insulators and connectors on transmission towers for arcing or wear.
Identifying leaks and flow issues in underground or overhead pipelines.
Thermal monitoring of blades and nacelle components for early failure detection.
Analyzing thermal performance of commercial buildings for ESG compliance.
Monitoring motors, bearings, and kilns for abnormal friction or heat build-up.
Detection of human or animal thermal signatures for site perimeter safety.
Night-time monitoring and anti-poaching surveillance in conservation zones.