Integrated Management System for Smart Building 4S Energy Equipment

Overview:

The integrated building equipment monitoring system should consist of subsystems including building equipment monitoring, power monitoring, lighting control, residual current monitoring, energy metering, building environment monitoring, elevator operation monitoring, and energy efficiency management, forming a unified monitoring platform. It strictly complies with the new standard "Integrated Building Equipment Monitoring System," effective from August 1, 2020. Traditional power distribution systems, which rely on manual operations and conventional electrical protection components, can no longer meet market demands. There is an urgent need for supporting intelligent online operation and maintenance management and service platforms. Yachuan Technology's Integrated Building Equipment Monitoring System, based on market feedback, utilizes IoT and big data technologies to provide comprehensive online and offline operation and maintenance services for maintenance companies. The integrated building equipment monitoring system software platform serves as a link between maintenance units and electricity-consuming enterprises, offering full oversight of the operational status and electricity consumption data of users' power distribution systems, thereby delivering better maintenance services. The platform provides functions such as system overview, electrical safety parameters, power data monitoring, power quality analysis, electricity consumption statistics and analysis, daily/monthly/annual energy statistical reports, abnormal warnings, incident alarms and event records, operational environment monitoring, and maintenance dispatch. It also supports multi-platform and multi-terminal data access.

The integrated building equipment monitoring system software includes lighting control, building environment monitoring, energy efficiency monitoring, elevator operation monitoring, and more. Integrated building equipment power distribution cabinet.

For detailed product information, pricing, and technical parameters;Contact the company representative:Manager Liu mobile 13572979371  (same as WeChat ID)

System Features:

Integration of strong and weak currents

Building equipment control integrates energy efficiency tracking, secondary circuits, and BA control

Unified equipment control

Building equipment adopts one-to-one control, with consistent wiring and programming, facilitating construction, debugging, and operation management

Integration of communication and wiring

All building equipment control systems use a single communication bus, unifying cables and communication protocols, making wiring and debugging construction easier

High system reliability and stability

Controllers are highly standardized with strict quality assurance; each controller failure only affects a single building device, ensuring high system reliability

Specific Equipment Model Names:

V-Think Integrated Intelligent Monitoring Terminal and Integrated Home Smart Module

The integrated home smart module is designed with standardized professional specifications to fit various distribution boxes (household distribution boxes, smart household distribution boxes, smart distribution boxes). By integrating technologies such as big data and artificial intelligence, it enhances the functionality of distribution boxes, providing a new smart and safe electricity experience, enabling a smart lifestyle and a quality future.

VTK-B Artificial Intelligence Control Unit

Product Highlights:

Integrates functions such as power distribution, metering, electrical safety, control, communication, and energy saving. It features multiple operational processes, enabling protection, control, measurement, and communication for equipment circuits such as pumps and fans, reducing investment costs.

2. Simple design, installation, and use, with no complicated primary or secondary wiring. Installation and maintenance are straightforward and convenient, improving work efficiency by nearly 10 times.

3. By integrating new technologies such as cloud platforms, big data, and artificial intelligence, it optimizes air conditioning comfort and energy-saving effects, helping to improve building equipment energy efficiency by 18~25%. Operation and maintenance efficiency is superior to traditional methods.