• Agriculture Convergence
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Electricity Management

Consumption of electricity has been increasing in agricultural and horticultural companies. This is partly due to an increase in the technology used in production facilities, but also largely due to the increase of lighted greenhouse production.

Agriverge provides a trusted series of power meters for users that need to monitor high accuracy energy data. Discover why our products will help better manage and monitor your facility’s energy needs.

Features:

In your smart electricity monitoring dashboard, you can:

Monitor Real-Time Energy Usage – Accurately measure and verify individual tenant energy consumption. Manage a single building or cover multiple commercial & residential facilities in your portfolio

Detect Power Quality Anomalies – Identify energy irregularities that can damage industrial equipment or sensitive computer servers. Set up alerts to notify when & where abnormal energy activities happen before system failure occurs.

Hit Energy Performance Targets – Discover energy inefficiencies in facility and industrial complexes. Measure energy waste from your HVAC, security, equipment and lighting systems. Schedule time-of-use for peak demand to reduce cost and meet energy performance targets.

Use Cases:

Energy Efficiency – Energy efficiency is about providing a better understanding of how and where energy is being consumed and using this data to make effective adjustments to energy consumption

Panel Metering – Integral to understanding energy consumption in homes, buildings, and facilities. Panel meters offer a variety of features like data logging, time-of-use, power quality and more

DC Metering – DC circuits are rising in prominence with the increase in renewable energy applications. DC metering is integral in systems like solar energy panels, wind turbines, light rail transit, and more

Power Quality Metering – Power Quality monitoring can be used to run devices at optimal output while avoiding damage and stress which can lead to costly repairs and downtime.

Tenant Sub Metering – Tenant sub metering is a valuable tool for both building managers/owners and tenants as it provides the capability to accurately attribute energy usage on a tenant-by-tenant basis

Facility Management – Monitoring the energy consumption of a property can be a powerful tool, which can provide both accurate billing for tenants while helping identify areas to implement energy efficiency upgrades

Branch Circuit Monitoring – Branch circuit metering (dense circuit metering) enables the metering of multiple circuits in proximity, providing refined, granular power metering data

Benefits:

By remote accessing exact data for the weather in your fields, you can better see and forecast upcoming rainfall, humidity, temperatures, and freezes. This can help you better prepare your crops and livestock for weather conditions like frost, drought, or heavy rainfall.

  • Easy installation. Weather station is assembled and shipped to your location with easy installation instructions.
  • Secure connectivity and cloud data storage. Agriverge IoT network provides highest level of security protocols.
  • Weather station is equipped with solar energy and battery power backup
  • System Health monitoring
  • Save costs: smart farming leads to lower costs on labour, water, and nutrients for crops.
  • Save water resources: knowing the exact rainfall for each crop can help optimize watering, thus preventing overwatering, which can impact not only crop health, but the environment.
  • Save time and be more organized: being able to view water levels and weather conditions remotely saves the time it takes to physically go out to the fields. In addition, by knowing weather patterns, you can better plan out what needs done during the day while avoiding rain or other weather
  • Easier to make decisions: Everything from pesticides, seeding, irrigation, and labour can be done more accurately with precise data. You can better predict spraying times by tracking historical weather patterns for the exact area and better anticipate disease risks through weather patterns and conditions.
  • More efficient crop monitoring with less human error: automatic monitoring will lead to more accurate data in less time and with less labour.