Verdigris Technologies Case Studies 3 Ways a W Hotel Chief Engineer Improved his Kitchen Equipment Operations

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	3 Ways a W Hotel Chief Engineer Improved his Kitchen Equipment Operations Verdigris Technologies

3 Ways a W Hotel Chief Engineer Improved his Kitchen Equipment Operations

Verdigris Technologies

Technology Category	Analytics & Modeling - Predictive Analytics Functional Applications - Remote Monitoring & Control Systems Sensors - Electrical Conductivity Sensors
Applicable Functions	Facility Management Maintenance
Use Cases	Energy Management System Predictive Maintenance Remote Asset Management
Services	System Integration Data Science Services
Challenge	Bill DeMartini, Chief Engineer of the W Hotel San Francisco, was searching for a way to identify the unseen problems in his building. He wanted to take energy efficiency beyond his hotel’s LEED Silver certification. To tackle this, he knew he must look at TRACE, the award-winning restaurant. Without a cost-effective way to monitor kitchen operations 24/7, Bill lacked the facts required to optimize his kitchen and improve W Hotel’s efficiency. Bill engaged with Verdigris to deliver the granularity he needed to identify ways to improve the kitchen operations. Read More
About Customer	The W Hotel San Francisco is a luxury hotel with approximately 400 rooms, known for its high standards and commitment to sustainability. The hotel has achieved LEED Silver certification, reflecting its dedication to energy efficiency and environmental responsibility. The hotel features TRACE, an award-winning restaurant that is a significant part of its operations. Bill DeMartini, the Chief Engineer, is responsible for maintaining and improving the hotel's infrastructure, including its commercial kitchen. He sought to enhance the hotel's energy efficiency and operational effectiveness by identifying and addressing unseen problems in the kitchen equipment. Read More
Solution	Verdigris provided a comprehensive energy monitoring solution that delivered detailed monthly reports on the hotel's kitchen equipment. The system identified inefficiencies and potential equipment failures by analyzing circuit-level electricity consumption. For instance, it uncovered a dishwasher booster heater running overnight, consuming over $5,000 of energy annually. It also detected a faulty circuit in the main dishwasher, which was drawing 60% more energy than the other two phases, indicating a probable equipment fault. This led to the discovery of a broken heating element, which could have caused premature failure of the dishwasher, a $30,000+ piece of equipment. Additionally, Verdigris' high-resolution monitoring revealed small devices left on after hours, such as a pizza oven and refrigerator lights, which collectively used more than $7,000 of electricity each year. Bill was able to address these issues by installing motion sensors and retraining staff procedures. Read More Log in to view content
Contents

Technology Category

Analytics & Modeling - Predictive Analytics

Functional Applications - Remote Monitoring & Control Systems

Sensors - Electrical Conductivity Sensors

Applicable Functions

Facility Management

Maintenance

Use Cases

Energy Management System

Predictive Maintenance

Remote Asset Management

Services

System Integration

Data Science Services

Challenge

Bill DeMartini, Chief Engineer of the W Hotel San Francisco, was searching for a way to identify the unseen problems in his building. He wanted to take energy efficiency beyond his hotel’s LEED Silver certification. To tackle this, he knew he must look at TRACE, the award-winning restaurant. Without a cost-effective way to monitor kitchen operations 24/7, Bill lacked the facts required to optimize his kitchen and improve W Hotel’s efficiency. Bill engaged with Verdigris to deliver the granularity he needed to identify ways to improve the kitchen operations.

About Customer

The W Hotel San Francisco is a luxury hotel with approximately 400 rooms, known for its high standards and commitment to sustainability. The hotel has achieved LEED Silver certification, reflecting its dedication to energy efficiency and environmental responsibility. The hotel features TRACE, an award-winning restaurant that is a significant part of its operations. Bill DeMartini, the Chief Engineer, is responsible for maintaining and improving the hotel's infrastructure, including its commercial kitchen. He sought to enhance the hotel's energy efficiency and operational effectiveness by identifying and addressing unseen problems in the kitchen equipment.

Solution

Verdigris provided a comprehensive energy monitoring solution that delivered detailed monthly reports on the hotel's kitchen equipment. The system identified inefficiencies and potential equipment failures by analyzing circuit-level electricity consumption. For instance, it uncovered a dishwasher booster heater running overnight, consuming over $5,000 of energy annually. It also detected a faulty circuit in the main dishwasher, which was drawing 60% more energy than the other two phases, indicating a probable equipment fault. This led to the discovery of a broken heating element, which could have caused premature failure of the dishwasher, a $30,000+ piece of equipment. Additionally, Verdigris' high-resolution monitoring revealed small devices left on after hours, such as a pizza oven and refrigerator lights, which collectively used more than $7,000 of electricity each year. Bill was able to address these issues by installing motion sensors and retraining staff procedures.

Impact #1	Verdigris' energy monitoring solution provided granular insights into the hotel's kitchen equipment, enabling Bill to identify and address inefficiencies.
Impact #2	The system helped uncover a dishwasher booster heater running overnight, leading to significant energy savings.
Impact #3	It identified a faulty circuit in the main dishwasher, preventing potential equipment failure and costly repairs.

Impact #1

Verdigris' energy monitoring solution provided granular insights into the hotel's kitchen equipment, enabling Bill to identify and address inefficiencies.

Impact #2

The system helped uncover a dishwasher booster heater running overnight, leading to significant energy savings.

Impact #3

It identified a faulty circuit in the main dishwasher, preventing potential equipment failure and costly repairs.

Benefit #1	Identified inefficiencies with aggregate energy and demand charges of more than $13,000/year.
Benefit #2	Uncovered a dishwasher booster heater consuming over $5,000 of energy annually.
Benefit #3	Prevented potential failure of a $30,000+ dishwasher by identifying a faulty circuit.

Benefit #1

Identified inefficiencies with aggregate energy and demand charges of more than $13,000/year.

Benefit #2

Uncovered a dishwasher booster heater consuming over $5,000 of energy annually.

Benefit #3

Prevented potential failure of a $30,000+ dishwasher by identifying a faulty circuit.

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Overview

3 Ways a W Hotel Chief Engineer Improved his Kitchen Equipment Operations

Operational Impact

Quantitative Benefit