Golf Courses
Bee2Green
IOT Global Operations Control Solution
THE SOLUTION
THINK SMART AND GREEN
BEE2Green is a cloud-based IoT solution that can be accessed anytime, anywhere. It allows multiple sites to be managed from a central location, optimizing efficiency, minimizing maintenance costs, and providing the means to achieve savings in water and energy consumption.
Technological developments, including artificial intelligence, blockchain, and automated decision-making
Impacts and Benefits
– SMART IRRIGATION
– SMART WATER AND ENERGY MANAGEMENT
– OPERATIONAL SAVINGS
– REMOTE CONTROL AND AUTOMATION
– REDUCED MAINTENANCE AND INCREASED EFFICIENCY
From 10% to
0
%
Reduce Water and Energy Use
From 20% to
0
%
Savings in Human Resources
From 5% to
0
%
Operational Savings
CLOUD IOT
INTELLIGENT PREDICTION SOLUTION
Based on weather forecasts and using adaptive algorithms, you can calculate water needs at any time and program and define the supply of reservoirs and lakes, assuring the lowest operating costs (water, energy, equipment) each time.
University Facilities
Sports Fields
Business Parks
Public Parks
Hotels and Resorts
Industrial
Parks, traffic circles, public gardens, sports facilities, or city-maintained green spaces with irrigation and environmental control needs.
Smart Cities
Commercial buildings, golf courses, hotels, resorts, or industrial facilities with green spaces must be managed.
– Irrigation Management.
– Water management (sources and cycle);
– Early management
– Production of KPIs.
– Dynamic management with designed maps
– Integration with other ITGest applications like Bee2Energy, Bee2Fire, and others.
– Knowledge as a service: Supporting customers in developing solutions through the knowledge of our specialized team of experts.
– Energy Efficiency
– Monitoring
– Energy Automation
– Energy Savings
– Alerts
– Remote Control
– Predictive control
– Dynamic reports
– Cloud solution with web portal interface
– Intelligent resource management
– Integration (ready to work with a wide range of sensors and devices)
– Control of irrigation systems.
– Control of water and energy consumption.
– Environmental quality monitoring (water, temperature, carbon dioxide, humidity);
– Predictive control based on weather (tags and weather sensors);
– Remote control (manual on/off, programmed, sensor or set point based);
– KPIs for analysis and dashboards.
– Pond management and monitoring.
– Irrigation program setup and management.
– Rate management.
– Identity management.
– Borehole management.
– Hydraulic pump management.
– Fountains (lighting and sprinkler control).
– Alarm module via email and SMS.
– Engine speed (RPM) monitoring;
REFERENCES
