CERO
for Chiller Plants

Alto CERO is a cutting-edge smart platform tailored for controlling and optimizing energy consumption in chiller plants. Utilizing AI algorithms and real-time monitoring, it seamlessly integrates with existing infrastructure to enhance energy efficiency, reduce costs, and minimize environmental impact.

Alto CERO is a cutting-edge smart platform tailored for controlling and optimizing energy consumption in chiller plants. Utilizing AI algorithms and real-time monitoring, it seamlessly integrates with existing infrastructure to enhance energy efficiency, reduce costs, and minimize environmental impact.

Plant Optimization

Plant Optimization

Monitoring & Control

Monitoring & Control

Dashboard Analytics

Dashboard Analytics

CERO Benefits

CERO Benefits

Building Automation and Control System (BACS)

This system is responsible for the automatic control of the building's facilities, specifically its heating, ventilation, air conditioning (HVAC), and Energy Recovery Ventilation (ERV) systems. By gathering data from a network of sensors and meters installed throughout the building, the BACS provides a centralized overview of the building's operations and energy usage.

Intelligent building management

IoT devices, including AC controllers, Digital Power Meters, Sensors, IoT Gateway, and AI Gateway, form a network of interconnected devices that facilitate real-time data collection from various systems in the building, such as lighting, ventilation, air conditioning, and solar photovoltaics.

People Crowd Count pipeline

is designed to estimate the number of people in a crowd within the building. This pipeline uses advanced algorithms such as YOLOv5 (an AI object detection model) )to analyze video footage and accurately detect the number of people in different areas of the building. The captured images are processed in such a way that the privacy of individuals is maintained, such as blurring the faces of detected people.

Thermal Discomfort Tenant Feedback LINE BOT

This feature not only improves the response time to thermal discomfort issues but also provides valuable data that can be used to optimize the building's HVAC system. By monitoring and addressing thermal discomfort issues, the building management team can ensure a comfortable indoor environment for the building's occupants, thereby enhancing their experience and satisfaction.

Features

Features

Fault Detection & Diagnostic

Detect fault in real time with cause analysis and recommend actions.

Fault Detection

  • Detect abnormalities in the signal

  • Real-time detection

  • Driven by engineering logic

  • Driven by machine learning algorithm

Identify Root Cause

  • Root cause finding base on engineering logic and explanation

  • Root cause finding base on explainable machine learning algorithm

  • Identification with AI base on pattern classification

Recommend Actions

  • Map root cause with preventive and proactive actions

  • Generative AI in the backbone

AI Energy Optimization

Optimize plant performance and energy efficiency optimization.

Automatics Reports

Automatically generated reports in PDF, Excels, or any other custom format.

Data Analytics

Applies expert knowledge for in-depth analysis for chiller plant performance.

Alarm Notification System

Manages and organizes alerts, ensuring timely response to system issues.

Field devices and BMS integration

Field devices and BMS integration

Temperature & Humidity

Type

Sensor or Transmitter

Communication

BACnet, Modbus, LoRaWan or other suitable protocols

Accuracy

High, typically within ±0.5°C and ±3% humidity

Mount type

Duct, Wall, Surface, Immersion

Pressure Static, Differential

Type

Sensor or Transducer

Communication

BACnet, Modbus, LoRaWan or other suitable protocols

Accuracy

High, typically within ±0.1%

Mount type

Pipe or Duct

Flow

Type

Ultrasonic, Magnetic, or Vortex

Communication

BACnet, Modbus, LoRaWan or other suitable protocols

Accuracy

High, typically within ±1-2%

Mount type

Inline pipe

Air Quality

Type

Indoor Air Quality sensor (CO2, VOC, PM2.5, PM10)

Communication

BACnet, Modbus, LoRaWan or other suitable protocols

Accuracy

Based on the specific particle

Mount type

Ceiling or Wall