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Wireless Sensors That Never Die
NEG eliminates the $2 billion battery replacement industry. Deploy sensors anywhere—Arctic tundra, ocean floors, remote pipelines—and forget about them for 20+ years. No maintenance. No downtime. Permanent power.
The $15 Billion IoT Sensor Revolution The global IoT sensor market is exploding—75 billion connected devices by 2025. But 90% of deployments fail due to one problem: batteries die. Companies spend billions replacing batteries in remote locations, or worse, lose critical data when sensors fail.
75B
IoT Devices by 2025
$2B+
Annual Battery Replacement Costs
20+ years
NEG Sensor Lifespan (Zero Maintenance)
$50/
sensor
NEG Cost at Scale (vs $200+ battery replacements)
NEG solves this forever. Our energy harvesting technology powers sensors from ambient thermal energy—no batteries, no solar panels, no external power. Deploy once, collect data for decades.
The Self-Sustaining Sensor Network
Proven in the Harshest Environments on Earth
NEG sensors thrive where batteries fail—extreme temperatures, corrosive atmospheres, zero sunlight, and locations so remote that maintenance costs exceed the value of data collection.
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Arctic & Polar -70°C to +50°C operation
Permafrost monitoring, ice sheet sensors, wildlife tracking. No battery chemistry survives these extremes. NEG operates continuously through polar winter.
Subsea & Marine Pressure: 1000+ bar, IP68+
Ocean floor seismic sensors, tsunami detection, offshore oil platforms. Battery replacement requires ROV missions ($50K+ each). NEG: deploy-and-forget.
Desert & Volcanic +80°C continuous operation
Geothermal monitoring, wildfire detection, solar farm sensors. High temperatures kill batteries in months. NEG uses heat as fuel—performs better when hot.
Pipeline & Industrial 50,000 km+ pipeline networks
Leak detection, pressure monitoring, corrosion sensors. Accessing remote valves costs $10K+ per visit. NEG eliminates 95% of maintenance trips.
Forest & Agriculture 100,000 hectare coverage
Wildfire early warning, soil moisture, weather stations. Solar panels fail under tree canopy. NEG works in complete shade, 24/7.
Structural Health Bridges, dams, buildings
Vibration, strain, tilt sensors embedded in concrete. No battery access post-installation. NEG provides lifetime monitoring without demolition.
Traditional Sensors vs. NEG: The Real Cost
ROI Calculator: NEG vs. Battery Sensors
Technical Specifications
High-Value Use Cases
Oil & Gas Pipeline Monitoring
Market: $5B annually 50,000 km Trans-Alaska Pipeline requires sensors every 500m (100,000 sensors). Current battery replacement: $500/sensor every 3 years = $16M annually. NEG: $5M one-time. Payback: 4 months.
Wildfire Detection Networks
Market: $2B (US alone)
California wildfire damage: $100B in 2020s. Early detection saves $10M per fire. Solar sensors fail under tree canopy; batteries die in heat. NEG operates in 120°C, zero maintenance.
Precision Agriculture
Market: $12B by 2027
Soil moisture, weather, crop health sensors. 10-hectare farm needs 50+ sensors. Battery replacement: $2,500 annually. NEG: $2,500 one-time for 20 years. 97% cost reduction.
Infrastructure Health Monitoring
Market: $3B (bridges, dams, buildings)
73,000 US bridges are structurally deficient. Embedded sensors can't access batteries post-construction. NEG enables lifetime monitoring—prevent catastrophic failures like Genoa bridge collapse (43 deaths).
Wildlife & Conservation Tracking
Market: $500M+ GPS collars on endangered species die in 2-3 years. Recapturing animals is stressful/expensive ($5K+ per animal). NEG collars last animal's lifetime—20+ years of continuous tracking.
Smart City Infrastructure
Market: $800B by 2030
Parking sensors, air quality, traffic monitors, waste bins. NYC alone needs 1M+ sensors. Battery replacement: $50M annually. NEG: $50M one-time for 20+ years.