TREN

Extend UAV Flight Times

We develop innovative solutions to extend UAV flight times using energy harvesting from RF signals and UHVTL lines. These technologies enable UAVs to perform longer missions, reduce operational costs, and usher in a new era in drone technology for both military and civilian applications.

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LDR AeroHarvest
Flight Time Extension
Energy Harvesting Technology
Operational Efficiency
Cost Savings
LDR AeroHarvest

LDR AeroHarvest About

UAVs will be equipped with innovative hardware to harvest energy from RF signals and UHVTL lines to extend flight times.

UAVs will charge their batteries using electromagnetic waves in the environment, especially beneficial in urban and military operations.

UAVs harvesting energy from magnetic fields around UHVTL lines will perform long-range and continuous operations.

Battery longevity will be enhanced with energy harvesting modules and high-efficiency converters for longer usage.

This technology will be optimized for long-term missions such as military operations, civil surveillance, and disaster management.

Features

Flight Time Extension

We enable UAVs to perform longer and uninterrupted missions by surpassing traditional battery capacities.

Energy Harvesting with RF Signals

UAVs collect energy from ambient Radio Frequency (RF) signals, providing advantages in urban and military environments.

Energy Transfer with UHVTL

UAVs near Ultra High Voltage Transmission Lines (UHVTL) harvest energy from their magnetic fields, extending mission durations.

Operational Efficiency

Energy harvesting technologies allow fewer UAVs to conduct longer and more comprehensive operations, reducing costs.

Civil and Military Use

UAVs with energy harvesting capabilities enable uninterrupted operations in areas ranging from disaster management to military border surveillance.

Innovative Battery Technologies

Advanced energy management and optimization extend battery life, enhancing UAV energy efficiency and operational capabilities.

Benefits

LDR AeroHarvest
Extending Flight Times

Energy harvesting technologies allow UAVs to continuously charge their batteries during flight, extending flight times beyond traditional battery capacities. With energy collected from RF signals and UHVTL lines, UAVs can remain airborne for longer periods, enabling uninterrupted missions. This capability provides a significant advantage in monitoring large areas, patrol operations, and long-distance missions. Additionally, longer UAV mission durations enhance operational effectiveness.

LDR AeroHarvest
Increasing Operational Efficiency

The capacity of UAVs to harvest energy reduces the need for frequent recharging or landing. This increases operational efficiency, allowing the same operations to be performed with fewer UAVs, thereby reducing operational costs. Whether in military operations or civilian surveillance tasks, optimizing resource usage with fewer UAVs offers substantial cost advantages.

LDR AeroHarvest
Promoting Sustainable Energy Use

Energy harvesting from RF signals and UHVTL lines offers eco-friendly solutions by utilizing natural and existing energy sources. This innovative approach enhances UAV energy efficiency, reducing carbon footprints. Decreasing reliance on traditional battery consumption not only optimizes energy resources but also contributes to environmental sustainability. Particularly in the current era encouraging transition to renewable energy sources, energy harvesting technologies play a crucial role in eco-friendly operations.

LDR AeroHarvest
Enhancing Safety and Continuous Surveillance

Energy harvesting technology enables continuous and secure surveillance, particularly critical in tasks like border security, forest fire monitoring, and military operations. Extended operational periods for UAVs increase security in crisis management or disaster zones. UAVs equipped with energy harvesting capabilities can continuously monitor crisis areas, providing real-time information to aid teams and expedite intervention processes.

LDR AeroHarvest
Reducing Costs

Significantly meeting UAV energy needs through energy harvesting methods reduces operational costs, especially in infrastructure and energy expenses required for charging. Moreover, fewer UAV landings and take-offs reduce maintenance and support processes, resulting in substantial long-term cost reductions. Decreased need for spare parts and reduced battery wear also minimizes maintenance costs.

LDR AeroHarvest
Lighter and More Efficient UAVs

Energy harvesting technologies enable UAVs to be equipped with smaller and lighter batteries. This reduces overall UAV weight, enhancing flight performance. Lighter UAVs offer higher maneuverability and energy efficiency, improving mission success rates. Furthermore, smaller and more efficient batteries drive innovative solutions in UAV designs, contributing to sector development.