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Green Data

SANYO Commercial Solutions

A Division of SANYO North America Corporation

1300 Michael Drive, Wood Dale, IL 60191 USA

Toll Free USA 800-858-8442 • Fax 630-238-0074

www.sanyobiomedical.com

SANYO Canada, Inc.

1- 300 Applewood Crescent, Concord, Ontario L4K 5C7

905-760-4025 • Fax 905-760-9945

LR.VIP-GRN7.08

SANYO GREEN Justification

Patented V.I.P.

®

 Insulation Increases Interior Volume 

By As Much As 25% 

SANYO patented V.I.P.

®

 Vacuum Insulation Panel technology 

and high-tech, thin profile cabinet walls increase interior 

volume by as much as 25% for high density storage in a 

minimal cabinet footprint (Chart 6). Cellular wall construction 

combines vacuum insulation with polyurethane foam for 

structural stability and highest insulation values while reducing 

wall thickness by as much as 50% over conventional methods.

Ultra Low Freezer Case Study

In June 2008, a green justification study was conducted for 

a major research university that instituted key sustainable 

directives in their procurement process. This study examined 

several key areas that focus on energy efficiency and 

sustainable design including: annual CO

2

 emissions, life 

cycle operational and facility HVAC costs. The study showed 

operational and energy savings for SANYO ultra low freezers 

when compared to other brands.  The following graphs show 

the energy savings, which is then translated into cost savings 

and CO

2

 savings per year.

Outer Barrier Film

Inner Cabinet Wall

Closed Cell Foam

Open Cell Substrate Under Vacuum

Outer Cabinet Wall

U.S. Patent No. 6,260,377

Annual CO

2

 Emissions by Box Capacity*

Additional Energy Consumption for cooling 

by the HVAC system by Box Capacity*

Total Cost for Operation and Cooling per Box Capacity*

Box Capacity 

Chart 6 - SANYO freezers maximize available space 

at a reduced footprint for high density storage.*

*Based on internal performance data. Tested in 25°C ambient environment. Freezer cycling at -80°C. 

Cabinet volume, 25 cu. ft. Average cabinet temperature based on temperature mapping (15 thermocouples).

Green Ultra Low Refrigeration System 

SANYO refrigeration technology provides for a 

greater system reliability, energy efficiency and lower 

operational costs with reduced carbon footprint.

Summary of Contents for MDF-U33V

Page 1: ...ty security accessibility and performance Long term preservation of biologics reagents specimens components and in testing of various types Model MDF U73VC GREEN V I P 86 C Ultra Low Freezers MDF U73VC MDF U53VC MDF U33V GREEN product SANYO is committed to developing green technologies that provide energy efficiency resulting in lower operational costs with less impact on the environment ...

Page 2: ...binet SANYO can offer more useable storage volume within the same sq ft of floor space than competitive models The cost per cu ft or liter of interior storage space is significantly lower in a SANYO ultra low freezer SANYO Ultra Low Refrigeration System Allows for better temperature uniformity permitting the entire interior volume to be used for long term storage This ensures greater system longev...

Page 3: ...O offers laboratory equipment to provide a more energy efficient environment Lower energy use More research buildings are conforming and adopting to energy conscious directives such as LEEDs with the recommendation of energy efficient lab equipment Efficient space utilization Biomedical High density storage is strongly advocated as lab design is focusing on making researchers share ULT storage spa...

Page 4: ...nt process This study examined several key areas that focus on energy efficiency and sustainable design including annual CO2 emissions life cycle operational and facility HVAC costs The study showed operational and energy savings for SANYO ultra low freezers when compared to other brands The following graphs show the energy savings which is then translated into cost savings and CO2 savings per yea...

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