REAL-A Central Air Conditioning Energy-Saving Cloud Control Management System

REAL-A Central Air Conditioning Energy-Saving Cloud Control Management System

Central Air Conditioning Energy-Saving Cloud Control Management SystemFeatures

The central air conditioning system adopts intelligent control technology to achieve real-time adjustment of operating parameters, enabling refrigerant flow to vary with load changes. This ensures that the main unit operates under optimal conditions under any load, maintaining high conversion efficiency (COP). While ensuring air conditioning comfort, it maximizes energy savings by reducing main unit energy consumption by 5%-10% and pump/fan energy consumption by 35%-50%, ultimately lowering operating costs.

The system features an integrated design for both low and high voltage applications. This energy-saving system can automatically regulate the air conditioning cooling (heating) system and heating system. It includes energy statistics management functionality, enabling real-time recording of energy consumption and related operational data of the central air conditioning system.

For more product information and pricing, please call our company.

Contact: Manager Wu

Tel: 13891834587 (same number for WeChat)   

Q   Q: 407693430

Email: 407693430@qq.com

We wholeheartedly provide project solution configuration and quotations!!!

Control System Principle Overview

1. System Equipment Control and Management

Due to the multi-variable, nonlinear, and fluctuating cooling/heating load characteristics of central air conditioning systems, operational conditions can easily deviate from optimal efficiency, reducing the heat conversion efficiency of chillers. To improve energy efficiency while maintaining comfort, comprehensive energy efficiency tracking control and management of chillers, water circulation systems, and other components are essential.

2. Chillers

Based on collected data such as supply/return water temperature, pressure, flow rate of chilled/cooling water cycles, and ambient temperature/humidity, the central air conditioning intelligent controller calculates the actual system load and dynamically adjusts the number of operating chillers and temperature settings.

3. Water Circulation System

When ambient temperature/humidity, system process parameters, or cooling/heating loads at terminal units change, the water circulation system parameters adjust accordingly. The intelligent controller optimizes chiller efficiency based on load values, formulates optimal control strategies, and dynamically regulates chilled water flow via the chilled water pump efficiency controller, cooling water flow via the cooling water pump efficiency controller, hot water flow via the hot water pump efficiency controller, and the number of operating cooling tower fans via the cooling tower fan efficiency controller to meet user demands and maintain optimal chiller COP.

4. Auxiliary Equipment Efficiency Controller collects operational and fault status signals from auxiliary devices (e.g., water replenishment units, water softeners, water treatment instruments) for centralized control and management.

5. Energy Efficiency Management

On the energy management computer, centralized control and energy efficiency management of chillers, water circulation systems, and related electric regulating valves are implemented. Smart metering units enable electricity statistics for the air conditioning system, transmitted via an energy bus to management computers or other energy statistics management systems for operational parameter and energy report management.

Control System Configuration Description

1. An independent "Integrated Low/High Voltage Central Air Conditioning Intelligent Control System" replaces building automation + power distribution cabinet methods. It utilizes professional energy-saving management software and hardware for central air conditioning equipment, integrating various control requirements to achieve intelligent energy-saving control of central air conditioning pump rooms, including system linkage, group control, and real-time automatic adjustment of operational conditions based on load changes for energy-efficient operation.

2. The system software adopts a B/S architecture, providing a central air conditioning energy-saving control system management platform. Control software allows remote web access, connects to remote operation and maintenance platforms, and includes mobile APP functionality to ensure later-stage stability of the management platform.

Central Air Conditioning Energy-Saving Cloud Control Management SystemProduct Configuration

Ground Source Circulation Pump Controller YCS-7000MR

Cooling Pump Energy-Saving Controller YCS-7000MQ

Chilled Water Pump Energy-Saving Controller YCS-7000MD

Hot Water Circulation Pump Energy-Saving Controller YCS-7000MR

Cooling Tower Energy-Saving Controller YCS-7000MT

Pipeline Network Energy-Saving Controller YCS-7000MZK

Intelligent Touch Screen (Display Operation Terminal) YCS-LCD10

System Main Controller CP-IPC

8-Port Gigabit Switch SG1008

Energy Efficiency Controller G.AD1

Energy Efficiency Controller G.AD2

Cooling Water Circulation Pump (Two Operation + One Backup) Energy Efficiency Controller G.AQ1

Energy Efficiency Controller G.AQ2

Display and Operation Terminal G.AK