• Enabling Smart Homes by delivering integrated IoT Systems

Smart Energy

Smart Energy - Connecting Energy and Technology to Advocate Green Environmental Protection and Solve Electricity Consumption Problems.

Development Background:

The traditional energy industry has a wealth of data but lacks effective management. Smart energy can connect tens of thousands of devices, terminals, and systems to promote information interaction and integrated collaboration in the energy industry. It achieves this by real-time perception, collection, management, and utilization of data at various links. By doing so, it achieves unattended, remote monitoring, remote diagnosis, and intelligent early warning of equipment. It enables cleaner and more efficient energy utilization, more refined and intelligent production and operation, and more innovative and diversified consumer services.

Brief Introduction to the Scenario:

With the support of Bluetooth wireless communication technology, NEX SMART INNOVATION SYSTEM provides energy management systems for various energy users, service providers, and operators such as governments, industries, buildings, and hotels through the Internet of Things, big data, and other technologies. This enables effective energy consumption monitoring, energy-saving optimization, energy data visualization, and other functions. Ultimately, it achieves lean energy closed-loop management to help customers reduce costs and increase efficiency.

Application Scenarios:

  • Government Energy Conservation Management: NEX SMART INNOVATION SYSTEM's hardware product ecosystem has various power metering products such as metering sockets, switches, circuit breakers, etc. These accurately count the electricity consumption of government electrical appliances to make the use of every kWh of electricity clear.
  • Building Energy Management: The system integrates building automation, intelligent lighting, access control/fire monitoring, central air conditioning control, and other systems. It combines building energy consumption data, environmental data, and intelligent energy-saving algorithms to realize "visualized" building energy management.
  • Industrial Energy Conservation Management: The system monitors the process status of key equipment to get a real-time view of equipment operation and energy consumption data. It provides real-time alarms of equipment abnormalities and faults to ensure a quick response, reducing safety risks and production losses.
  • Hotel Energy Conservation Management: Based on the hotel intelligent guest control system, the system realizes intelligent lighting control of hotel rooms. It provides hotel users with a high-quality lighting experience and intelligent lighting adjustment according to user habits and scenes to reduce energy consumption.

Application Effects:

  • Accurate statistics on electrical power consumption make electricity consumption visible.
  • In-depth analysis of equipment energy consumption reduces enterprise energy consumption costs.
  • Real-time monitoring of equipment usage reduces safety production risks.