Call us +45 4913 8303
Increase Efficiency and Reduce Cost
Crysberg delivers patented 2-wire decoder irrigation systems that enable farmers to control irrigation precisely, reduce infrastructure cost, and scale operations efficiently.
Agricultural irrigation must balance productivity, cost, and resource efficiency.
Crysberg’s decoder-based systems enable farmers to manage irrigation across large fields with precision and reliability.
THE CHALLENGE
Modern Irrigation Challenges in Agriculture
Farmers face increasing pressure to:
- Optimize water usage
- Reduce operational costs
- Manage large-scale irrigation systems
- Adapt to changing environmental conditions
Traditional systems often:
- Require extensive cabling
- Expansion difficulties
- Lack real-time control
- Hard to troubleshoot
THE CRYSBERG APPROACH
Efficient Field Irrigation with 2-Wire Technology
Crysberg enables:
- Long-distance irrigation control
- Reduced cabling infrastructure
- Flexible system expansion
This architecture creates:
- Simpler installation
- Lower infrastructure cost
- Reliable long-distance communication
- Easiere troubleshooting
- Real-time irrigation control and monitoring via sensors
One system supports both irrigation control and monitoring.
DECODERS
Reliable Field Control with Decoder Technology
Output Decoders
- Control 100 irrigation valves across fields at a time
- Designed for harsh agricultural environments
Input Decoders
- Connect soil moisture sensors
- Enable data-driven irrigation decisions
Improve irrigation precision and crop management.
CONTROL & INTEGRATION
Flexible Integration with Farm Systems
- Integration with SCADA and traditional farm management systems
- Open API for custom solutions
- Compatibility with existing infrastructure
Farmers maintain control of their technology stack.
VALUE
Improving Efficiency and Resource Use
Crysberg enables:
- Reduced water usage
- Lower operational costs
Supporting sustainable and profitable agriculture.
TALK TO AN EXPERT
Optimize Agricultural Irrigation Systems
Choose your industry
and read more