Agricultural and Greenhouse Robots (Agribots)

Agricultural Robots (Agribots) Are Transforming Modern Farming

Agriculture and horticulture are undergoing a fundamental transformation as autonomous mobile robots become increasingly capable and economically viable. Faced with labor shortages, rising operating costs, and the growing demand for sustainable, precision farming, growers are adopting robotic solutions to automate labor-intensive tasks while improving productivity and resource efficiency. Equipped with advanced sensors, AI, and autonomous navigation, these robots optimize crop management, reduce chemical usage, and enable data-driven farming with greater consistency and accuracy. Hence, agribots are becoming a key technology in the future of smart agriculture.

Typical kind of Agricultural Robots are ...

• Crop monitoring robots operate continuously across large fields or inside greenhouses, collecting real-time data on plant growth, soil moisture, and overall crop health. They take over repetitive inspections, performing these tasks autonomously even under challenging conditions such as high humidity, heat or dirt. 
• Harvesting robots must operate continuously to autonomously pick fruits, vegetables, or grains within a limited and highly sensitive time window. During peak harvest season, every hour of uptime counts. Harsh outdoor conditions of crop picking further challenge robot operation and long driving distances demand robust energy and charging solutions.
• Feeding robots ensure consistent and timely delivery of feed in barns throughout the day. Following a pre-defined track, they mix and distribute feed accurately, ensuring consistent feed quality. High humidity, dust, and contaminated surfaces are challenging the system's reliability. 
• Spraying and weeding robots operate as part of a continuous crop management process that spans the entire growing season, applying chemicals and nutrients and removing weeds at precisely the right time. Timely and accurate treatment over weeks and months is essential for healthy crops and optimal yields.
• Professional autonomous mowing robots must operate reliably across large areas with varying terrain like solar fields, sports fields or golf courses and are running for days without human intervention. Freshly cut grass, dust, moisture, and debris is created during the autonomous green maintenance. 
• Autonomous transport robots play a central role in automating the movement of harvested goods, fertilizers or toolsacross fields, greenhouses, and livestock facilities. They face uneven terrain, wet soil, and dusty conditions, making uninterrupted operation essential. 

Reliable Farming and Greenhouse Automation Starts with a Future-Ready Energy and Safety Setup

A Reliable and Integral Energy Concept Is Essential

Agricultural robots operate in demanding outdoor environments where reliability is critical. A robust energy concept ensures continuous operation, minimizes downtime, and supports maximum productivity throughout the entire work cycle. Whether using wireless inductive charging or conductive charging technology, selecting the right charging solution is key to maintaining efficient and autonomous agribot operations.

Our inductive charging systems enable fast, contactless, and maintenance-free energy transfer, even in challenging conditions such as dirt, dust, moisture and rain. For applications where conductive charging is preferred, our solutions offer a highly reliable and cost-efficient alternative suitable for a wide range of robot sizes and highest charging currents. For growing fleets and different sized farming robots, our charging stations can be shared resulting in reduced infrastructure cost. Together, these technologies provide the flexibility needed to power the next generation of agricultural automation.

Safety Across the Entire Greenhouse or Fields

As agribots increasingly operate autonomously across large agricultural fields or closed greenhouses, safety must extend far beyond the individual machine. Reliable area-wide safety concepts help protect people, equipment, and processes while ensuring uninterrupted operation in dynamic environments.

Combined with our independent safety system RadioSafe, fleets of agricultural robots can be safely stopped and efficiently restarted once conditions allow. The result is a dependable safety architecture that maximizes operational uptime, supports autonomous workflows, and creates a secure environment for both machines and personnel across the entire working area.

Tailored Solutions for You:

• Our all-in-one inductive charging solution WirelessCharger 3.0 enables opportunity charging and our embedded Inductive Floor System provides continuous power transfer to ensure a reliable energy supply for demanding farming operations.
• Our conductive charging solutions based on KontaktCharger series and Nano+ and Enduro+ charging contact series will cover all size of mobile farming robots at with fast rates.
• Integrated charging solutions like 0865 ChargeLine could also be provided for a dynamic charge to reduce downtime and enhance overall system efficiency.
• BatteryBlock energy storage series with advanced cycle life and fast-charging capabilities is provided plug-and-play with our charging solutions, for a safe and highly efficient operation of all kinds of mobile farming robots.
• The safety stop system RadioSafe enhances the safety and availability of agribots and greenhouse robots through reliable fleet stops, immediate fleet restarts, and an integrated fleet battery saving mode.

Energy and Safety in Various Fields of Mobile Robots