Daintree Networks (GE Current) (General Electric) Case Studies Large Telecom Provider Invests in Wireless Controls to Optimize Lighting Energy Management for Multi-Facility Operations

	Large Telecom Provider Invests in Wireless Controls to Optimize Lighting Energy Management for Multi-Facility Operations Daintree Networks (GE Current) (General Electric)

Large Telecom Provider Invests in Wireless Controls to Optimize Lighting Energy Management for Multi-Facility Operations

Daintree Networks (GE Current) (General Electric)

Technology Category	Automation & Control - Electric Drives & Control Functional Applications - Remote Monitoring & Control Systems Sensors - Optical Sensors
Applicable Industries	Telecommunications
Use Cases	Mesh Networks
Challenge	As energy and operational efficiencies became critical to business operations, the telecom giant could no longer rely on its existing system to draw opportunities for energy savings and operational efficiency. The old system was limited to time-clock control, and had no intelligence on occupancy or building behavior. It was time to change the defunct lighting contactor based control system in both facilities Read More
About Customer	Jones Lang LaSalle (JLL), large, publicly traded telecom company Read More
Customer Name	Jones Lang LaSalle (JLL) Read More
Solution	Empowered by ControlScope’s open standards-based wireless mesh network, the lighting fixtures, occupancy sensors, and wireless switches have the ability to communicate wirelessly with each other and the ControlScope system. The ControlScope network provides the platform for JLL to centrally configure and manage lighting zones throughout the buildings, and specify lighting profiles to meet each floor tenants’ lighting needs and to maximize energy and operational savings. The different lighting zones are correlated to the occupancy sensors for occupancy sensing control is the most effective strategy. From a standard Web browser, JLL can log into the ControlScope Manager console to: • Dynamically tailor lighting profiles for each lighting zone • Monitor and report energy usage in real time • Discover opportunities to deepen energy and operational savings Read More Log in to view content
Data Collected	Lighting, Occupancy Read More Log in to view content
Contents

Technology Category

Automation & Control - Electric Drives & Control

Functional Applications - Remote Monitoring & Control Systems

Sensors - Optical Sensors

Applicable Industries

Telecommunications

Use Cases

Mesh Networks

Challenge

As energy and operational efficiencies became critical to business operations, the telecom giant could no longer rely on its existing system to draw opportunities for energy savings and operational efficiency. The old system was limited to time-clock control, and had no intelligence on occupancy or building behavior. It was time to change the defunct lighting contactor based control system in both facilities

About Customer

Jones Lang LaSalle (JLL), large, publicly traded telecom company

Customer Name

Jones Lang LaSalle (JLL)

Solution

Empowered by ControlScope’s open standards-based wireless mesh network, the lighting fixtures, occupancy sensors, and wireless switches have the ability to communicate wirelessly with each other and the ControlScope system. The ControlScope network provides the platform for JLL to centrally configure and manage lighting zones throughout the buildings, and specify lighting profiles to meet each floor tenants’ lighting needs and to maximize energy and operational savings. The different lighting zones are correlated to the occupancy sensors for occupancy sensing control is the most effective strategy. From a standard Web browser, JLL can log into the ControlScope Manager console to: • Dynamically tailor lighting profiles for each lighting zone • Monitor and report energy usage in real time • Discover opportunities to deepen energy and operational savings

Data Collected

Lighting, Occupancy

Impact #1	[Cost Reduction - Energy] Less energy wasted results in lower costs
Impact #2	[Efficiency Improvement - Operation] Lights are easily kept at optimal levels
Impact #3	[Cost Reduction - Energy] Using less energy reduces the impact on the environment

Impact #1

[Cost Reduction - Energy]
Less energy wasted results in lower costs

Impact #2

[Efficiency Improvement - Operation]
Lights are easily kept at optimal levels

Impact #3

[Cost Reduction - Energy]
Using less energy reduces the impact on the environment

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Overview

Large Telecom Provider Invests in Wireless Controls to Optimize Lighting Energy Management for Multi-Facility Operations

Operational Impact