CASE STUDIES
Architectural Wind
Assessment - Carbon
Assessment - Energy
Assessment - Sustainability
Assessment -
Walmart and Carbon
Combined Heat
and Power
Compressor Upgrade
Demand Response
Energy Control
HVAC Upgrade
Lighting – GES Hybrid
Lighting - HIF
Lighting – LED
High Bay
Lighting – LED Retail
Motor Upgrade
Power Factor Correction
Variable Frequency Drive Upgrade
ENERGY EFFICIENCY
ON SITE & RENEWABLE ENERGY
ENTERPRISE
SMART GRID
CESA FINANCING
Architectural Wind
Assessment - Carbon
Assessment - Energy
Assessment - Sustainability
Assessment -
Walmart and Carbon
Combined Heat
and Power
Compressor Upgrade
Demand Response
Energy Control
HVAC Upgrade
Lighting – GES Hybrid
Lighting - HIF
Lighting – LED
High Bay
Lighting – LED Retail
Motor Upgrade
Power Factor Correction
Variable Frequency Drive Upgrade
ENERGY EFFICIENCY
ON SITE & RENEWABLE ENERGY
ENTERPRISE
SMART GRID
CESA FINANCING
HVAC RESTORATION CASE STUDY
SITUATION
Bowne (NYSE: BNE) provides financial, marketing
and business communications services around the
world. In an effort to improve the energy efficiency
of it’s HVAC operating systems, Bowne engaged
Groom Energy Solutions to provide HVAC
restoration services.
PROJECT
Groom Energy technicians performed analysis on Bowne’s
HVAC systems, identifying sources of energy inefficiencies.
The team addressed mechanical, thermal and air flow
adjustments as well as reconditioning of the systems
components. Through this process the overall system
efficiency was boosted from 22% to 92%, which reduced
energy consumption by $21,884 per year.
RESULTS
Home | Our Team | Markets | Assessments | Solutions | Implementations | Research | News & Events | Blogs | Contact Us
SITUATION
Bowne (NYSE: BNE) provides financial, marketing
and business communications services around the
world. In an effort to improve the energy efficiency
of it’s HVAC operating systems, Bowne engaged
Groom Energy Solutions to provide HVAC
restoration services.
PROJECT
Groom Energy technicians performed analysis on Bowne’s
HVAC systems, identifying sources of energy inefficiencies.
The team addressed mechanical, thermal and air flow
adjustments as well as reconditioning of the systems
components. Through this process the overall system
efficiency was boosted from 22% to 92%, which reduced
energy consumption by $21,884 per year.
RESULTS
Home | Our Team | Markets | Assessments | Solutions | Implementations | Research | News & Events | Blogs | Contact Us