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Industrial Park Building Automation & Energy Management Solution

Industrial parks integrate manufacturing, R&D, office buildings, warehousing, logistics facilities, public spaces, and energy-intensive production support systems. As these environments continue to expand, managing HVAC equipment, energy systems, indoor environments, lighting, and building facilities through traditional manual methods becomes increasingly difficult.

 

An intelligent Building Automation System combined with an advanced Energy Management System (EMS) helps industrial parks improve equipment visibility, optimize HVAC operation, reduce unnecessary energy consumption, and support long-term sustainable development. By integrating Thermostat, Valve, Sensor, Controller, Smart Control Panel, and System Platform technologies, HaiLin Controls provides integrated solutions for smarter industrial facility management.

Industrial Park Challenges

Outdated Building Equipment Management

Centralized and decentralized cooling and heating sources coexist, but there is a lack of effective management methods. Most building equipment is manually controlled, without a complete automatic control and regulation system.

Extensive Energy Management

A complete energy management system has not been established. Most energy meters rely on local manual readings. Main meters and sub-meters in the power monitoring and metering system cannot clearly identify where energy is being consumed. Energy-saving targets and measures cannot be effectively developed.

Low Level of Intelligence

Building equipment and energy management mainly rely on manual management methods. Multi-dimensional energy consumption analysis is not available. Equipment operation cannot be adjusted in real time according to actual demand.

EBA Energy Building Management System

Based on the HaiLin HAI platform, the EBA Energy Building Management System integrates building energy production, heating and cooling balance, energy consumption monitoring, indoor environmental regulation, HVAC equipment control, intelligent lighting, and other building systems into one centralized management platform.

 

The solution supports the connection of field-level Thermostat, Valve, Sensor, and Controller products with higher-level management systems. Through DDC, I/O Module, and Intelligent Gateway technologies, different equipment and systems can be integrated to enable centralized monitoring, automated control, data analysis, and closed-loop energy management.

 

For industrial parks with diverse functional zones, the EBA system can provide flexible control strategies for office buildings, R&D centers, manufacturing support facilities, warehouses, logistics areas, public spaces, underground parking garages, and central energy stations.

 

The platform enables facility managers to monitor equipment operation, environmental conditions, and energy consumption through a unified interface. Automated control strategies can be adjusted according to occupancy, climate conditions, operating schedules, and energy demand, helping improve overall operational efficiency while maintaining indoor comfort and equipment reliability.

Core Systems Covered in Industrial Parks

Industrial parks require coordinated management across multiple building and energy systems. HaiLin’s integrated solution can support centralized monitoring and intelligent control of the following systems:

 

HVAC and Indoor Environment Control

 

HVAC systems can be optimized using Thermostat, Fan Coil Thermostat, Heating Thermostat, and DX-System Thermostat solutions according to different building requirements.

 

For fan coil applications, the FCU with PI Control Valve Thermostat can support more precise temperature and water flow regulation. Combined with Fan Coil Motorized Valve solutions, HVAC systems can respond more effectively to changes in room temperature and cooling or heating demand.

 

Cooling and Heating Water Systems

 

Industrial park cooling and heating systems require reliable water flow regulation and hydraulic balancing. HaiLin solutions can integrate Valve, Thermal Valve, Balance Valve, Electric Modulating Valve, and Intelligent Balance Valve technologies to support more precise system control.

 

These solutions can help optimize chilled water and heating water distribution, improve system balance, and support stable and energy-efficient operation of central energy stations.

 

Environmental Monitoring

 

Real-time environmental data provides an important foundation for automated building control. HaiLin Sensor solutions can monitor different operating conditions, including Duct Air, Water Pipe, Air Quality Sensor, and Indoor/Outdoor environmental parameters.

 

The collected data can be used to support HVAC control, indoor air quality management, equipment monitoring, and energy optimization.

 

Building Automation and Equipment Control

 

The industrial park automation system can integrate DDC, I/O Module, and other intelligent Controller solutions to connect field devices and building equipment.

Through centralized control strategies, equipment operation can be automatically adjusted based on environmental conditions, operating schedules, occupancy levels, and energy demand.

 

Centralized Management and System Integration

 

Different building systems can be connected through an Intelligent Gateway and integrated into a unified System Platform.

 

For local equipment operation and user interaction, a Smart Control Panel can provide convenient access to equipment control and building management functions.

 

This system architecture supports a clear operational structure:

Field Devices and Equipment → Sensors and Controllers → Intelligent Gateway → System Platform

 

Through this structure, industrial parks can achieve centralized visibility, automated control, equipment coordination, and energy data management.

·Centralized intelligent management of public or enterprise production support equipment, such as chillers and cooling towers, to reduce energy consumption and enterprise operating costs.

· Intelligent management of the park’s rainwater and sewage systems, with automatic alarms and contingency plans for abnormal conditions, preventing water accumulation and ensuring production environment safety.

· Energy-saving control strategies for industrial parks and underground parking garages based on illuminance levels and occupant behavior.

 

· HVAC control strategies for public spaces based on climate conditions, occupancy levels, and user behavior to reduce demand-side energy consumption.

· Optimized energy-saving control of central air-conditioning equipment to ensure environmental comfort while achieving energy conservation and carbon reduction.

· Unified management of indoor environmental conditions, energy consumption monitoring, and energy systems to improve overall building equipment operating efficiency, reduce O&M labor costs, and achieve low-carbon energy savings.

 

· Establish a unified Energy Management System (EMS) platform to monitor, analyze, and statistically evaluate energy consumption across energy systems and different areas, enabling refined management throughout the entire energy-use process and supporting categorized, itemized, and hierarchical energy data collection and analysis.

· Under the unified management of regulating valves by the automation control system, the energy station achieves precise control and functional switching of various parts of the cooling and heating source systems, ensuring safe, stable, efficient, and energy-saving operation.

 

· The energy management platform can provide over-limit energy consumption alarms. When project energy usage exceeds predefined thresholds, the system automatically issues alerts, enabling safe energy management and precise energy control.

Integrated Product and System Architecture

HaiLin Controls provides a comprehensive product portfolio that can support different layers of industrial park building automation and energy management.

 

At the field level, Thermostat, Valve, and Sensor products collect environmental information and regulate HVAC and building equipment.

 

At the control level, DDC and I/O Module products connect equipment and execute automated control strategies.

 

At the communication level, the Intelligent Gateway supports data integration and communication between different systems.

 

At the management level, the Smart Control Panel and System Platform provide centralized visualization, equipment management, energy monitoring, and system operation functions.

 

This integrated architecture helps industrial parks establish a scalable and flexible Building Automation System that can support future facility expansion and energy management requirements.

Building a Smarter and More Sustainable Industrial Future

As industrial parks continue to pursue higher efficiency, lower operating costs, safer operations, and sustainable development, intelligent building automation and energy management are becoming essential foundations for future growth.

 

By integrating Thermostat, Valve, Sensor, Controller, Smart Control Panel, and System Platform technologies, HaiLin Controls helps industrial facilities establish more connected, intelligent, and energy-efficient building management systems.

 

Leveraging advanced automation technologies, real-time data monitoring, intelligent control strategies, and integrated energy management, industrial parks can improve equipment visibility, optimize HVAC operation, reduce unnecessary energy consumption, and enhance long-term operational efficiency.

 

Together with our partners, HaiLin is committed to supporting the digital and low-carbon transformation of industrial facilities and creating smarter, greener, safer, and more efficient industrial campuses for the future.

 

For industrial park building automation and energy management requirements, HaiLin Controls can provide integrated products and system solutions based on different facility types, HVAC systems, energy systems, and operational requirements.

CUSTOMER CASE

HaiLin EBA Energy and Building Automation System for Zhongguancun Science City Dongsheng Technology Park • Haikai Park
Project Overview Building a Digital Energy Innovation Hub for a Smart Technology Park   Beijing Zhongguancun Science City AI Digital Energy Industrial Park, also known as Zhongguancun Science City Dongsheng Technology Park • Haikai Park, is a technology innovation and service-oriented industrial park focused on high-tech and high-value industries.   The project is one of […]
HaiLin EBA Energy and Building Automation System for Zhongguancun Science City Dongsheng Technology Park • Haikai Park
Beijing Yanqi Lake Institute of Applied Mathematics Project
Project Overview Qinhuangdao Bovi Fortune Center, with a total construction area of 53,862 square meters, is a large-scale urban complex integrating a high-end hotel, boutique retail spaces, and office buildings. To improve HVAC operating efficiency and reduce electricity costs, the project adopts an economical and energy-efficient water thermal storage system consisting of chillers, electric boilers, […]
Beijing Yanqi Lake Institute of Applied Mathematics Project
Qinhuangdao Bovi Fortune Center Centralized Control Project
During the 2022 Winter Olympics, the National Stadium “Bird’s Nest” served as the venue for the opening and closing ceremonies. Hailin Controls upgraded the stadium’s original heating thermostats to deliver more precise temperature control, improved energy efficiency, and stable indoor comfort throughout the event. Since first entering the Bird’s Nest in 2006, Hailin has accompanied the stadium for 14 years across four major phases—from the 2008 Summer Olympics to the
Qinhuangdao Bovi Fortune Center Centralized Control Project

CUSTOMER REVIEWS

Andrew Cherry
Chief Financial Officer
Large commercial buildings—such as office towers, airports, hotels, and mixed-use complexes—are becoming increasingly complex to operate and manage. HVAC systems account for a major portion of energy consumption, while fragmented control systems and diverse tenant requirements make efficient management difficult. Facility managers face rising energy costs, limited system visibility, high maintenance workloads, and growing pressure to improve comfort, efficiency, and sustainability across the entire building lifecycle.
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