XEnergy Technologies Energy Efficiency Through Creativity.

Slides:



Advertisements
Similar presentations
Text Chiller Plant Optimization that Reduces Energy Consumption 20-50%
Advertisements

Presented by Paul Almond – Datacentre UK
A CASE STUDY in actual energy conservation
Arizona Priority Lists Charlie Gohman Az Dept of Commerce Energy Office.
Chapter 3. HVAC Delivery Systems
DOE - Chiller System Optimization Opportunities With Gas Engine-Driven Cooling Systems.
UCSD Medical Center - Hillcrest Campus Case Study Gerry White Facilities Design & Construction University of California, San Diego.
Energy Efficient Steam Systems
Geoexchange at CMU Regional public higher education institution 3 campuses in Grand Junction, CO. Main campus 78 acres and 1.5 million s.f. under.
Lindbergh Field International Airport New Terminal Bill Mahoney LSW Engineers.
Energy Management Practices: Rolling Mills 1. Contents Introduction Energy Intensive Processes & Reduction in Energy Expenditure through Innovative Practices.
Fans and Blowers.
Tom Johanson – DNV KEMA Senior Engineer Building Automation Systems.
1 Optimizing the Efficiency of the NCAR-Wyoming Supercomputing Center Ademola Olarinde Team Member: Theophile Nsengimana Mentor: Aaron Andersen August.
Basic Refrigeration Cycle
PHILIPS TUR Continuing Education Conference November 20, 2008.
The Value of DOD Installation Energy Management Control Systems (EMCS) and Command Centers for Improved Operations and Increased Energy Efficiency Moderator:
Smart Devices. Smart Buildings. Smart Business The Potential for DCx Technology Enabled HVAC Operation Scot Duncan, P.E.
Variable Frequency Drives VFD Basics
Using Benchmarking to Identify Energy Efficiency Opportunity in Cleanrooms; The Labs 21 Approach William Tschudi and Peter Rumsey June 29, 2004
Bachelor Degree in Maritime Operations (BMO)
Cooling Product Positioning
Co-generation Cogeneration is an attractive option for facilities with high electric rates and buildings that consume large amounts of hot water and electricity.
PG&E and Altera Data Center Energy Efficiency Project.
ENERGY EFFICIENCY FOR END-USERS.  CSU Chancellors office coordinates the efforts to accomplish the goals established by Assembly Bill 32 for green house.
Engineer Presentation
Energy Management Opportunities to Reduce Your Impact to Air & Water LEED Accredited Professionals Scott Walters Principal Energy Engineer A&WMA Conference.
RETScreen® Energy Efficiency Projects
State Incentives for Energy Efficiency Commercial and Industrial New Jersey Board of Public Utilities Office of Clean Energy Mona L. Mosser Bureau of Energy.
Jim Chmielewski – HVAC Sales Manager Emerson Control Techniques
Cogeneration.
This document was specifically prepared to aid utility account managers who are working with C&I customers. Any other use of this material (in whole or.
 Install new air cooled high efficiency screw chiller (variable speed)  Install new fan coils with ECM motors and low temperature heating coils and proper.
1 Xcel Energy Webinar October 24, :30 am to 1:00 pm CT VFDs Drive Efficiency: Learn how Variable Frequency Drives can benefit your facility.
Oklahoma City Community College Strategic Planning Approach Cuts Cost….Improves the Learning Environment Smart and Sustainable Campuses Conference Monday,
Confidential & Proprietary. What happens when Wind /Solar do not meet requirements? What next?
Best Practices in Energy Efficiency and Renewable Energy in Commercial Buildings EGNRET 28 January 2007.
Chilled Water Systems Total Cost of Ownership
CenterPoint Energy Healthcare Energy Efficiency Program (HEEP) CenterPoint Energy Healthcare Energy Efficiency Program (HEEP) November 2013.
Auraria Higher Education Center Case Study John Ismert & Frank Ellis Auraria Higher Education Center Facilities Management.
1 Atmospheric Vortex Engine Development and Economic.
NOVO ETS IMPROVING YOUR ORGANIZATIONS’ ENVIRONMENTAL, HEALTH AND SAFETY PERFORMANCE ENERGY MANAGEMENT IN THE CONTEXT OF GREEN PRODUCTIVITY.
Smartcool Systems Inc. Providing effective and reliable energy efficiency solutions for HVAC-R customers around the globe.
Name of Building(s) or Project Speaker(s) Organization(s)
November 2004 Low Hanging Fruit Low Cost Energy Efficiency Opportunities in Cleanrooms.
/ 1 ERA A chiller to suit everyone. Air cooled water chillers Free-cooling chillers Air/water heat pumps.
PRESENTED BY: J.MIKE TYSON S.RAVIKUMAR S.SAKTHI M.SATHISHKUMAR.
Analysis of Water Use and Consumption by Texas Power Plants
Wind Energy Haley Campbell, Alex McManus, and Emma Pollick Pd. 2.
1 BREC Air-cooled water chillers BREF Air-cooled water chillers with free-cooling system 1602A A A A A 3202A A A -
ELECTRICITY COST OF CHILLER AND COOLING TOWER PUMPS KILLING YOU? We Have The RIGHT Solution just for YOU! + =
Utah State University Logan Utah. Founded 1888 as a Land Grant Institution Host City – Logan, Utah (48,ooo+ population) ~ 15,000 Students (~ 28,700 students.
We can…. 2 GLOBAL REFERENCES Rev: 00 References :
Variable Speed Applied to Pumps. Life Cycle Costs - Courtesy of Hydraulic Institute and Europump Initial cost is not the only cost associated with a pump.
THERMAL POWER PLANT.
All content in this presentation is protected – © 2008 American Power Conversion Corporation Row Cooling.
Copyright © 2015 Optimum Energy LLC. All Rights Reserved. Proprietary & Confidential Incorporating Energy Conservation Strategies into University Research.
1 ITM 1.2 How IT Decisions Impact Data Center Facilities: The Importance of Collaboration Lars Strong P.E. Upsite Technologies, Inc.
7/15/2002PP.AFD.09 1 of 43 Yaskawa Electric America Variable Frequency Drives In HVAC Applications.
Valmet Efficient Pulp Mill
Control Systems: Circuitry Electricity for Refrigeration, Heating and Air Conditioning 7th Edition Chapter 16 Control Systems: Circuitry and Troubleshooting.
Massachusetts Biomedical Industry 1  Largest Employer of Biomed R&D nationwide  Highest Growth in Biopharma Manufacturing in last Decade  2 nd State.
AstraZeneca R&D Boston Waltham Energy Reduction Initiative 2016 Green Labs Symposium.
Introducing AQUAFAN+ Hydro-Powered Cooling Tower Technology.
Lecture Objectives: Discuss Final Project
Lecture Objectives: Answer questions related to HW 4
Energy Efficiency in District Coiling System
The Benefit of Including Energy Recovery System Analysis
Title RTWD Water-Cooled Chillers subtitle START
Dynamic Chiller Optimization The Next Level of Retro-Commissioning
Presentation transcript:

XEnergy Technologies Energy Efficiency Through Creativity

An Innovative Energy Efficiency Solution XEnergy Technologies Energy Efficiency Through Creativity XT9000 System An Innovative Energy Efficiency Solution

Why Energy Efficiency? XEnergy Technologies Saves Energy Energy Efficiency Through Creativity Why Energy Efficiency? Saves Energy Reduces Green House Gas Emissions Saves Money Rapid Deployment Economical: Aggressive ROI

Energy Efficiency in Commercial Chiller/Evaporator Systems XEnergy Technologies Energy Efficiency Through Creativity Energy Efficiency in Commercial Chiller/Evaporator Systems Very Large Installed Base High Energy Consumption Capacity Utilization: Less Than 1% per Year

Most Large Commercial / Industrial and Institutional Buildings XEnergy Technologies Energy Efficiency Through Creativity Most Large Commercial / Industrial and Institutional Buildings Utilize a Central Chiller System to Provide Cooling for Their Buildings

Commercial Central Chiller System XEnergy Technologies Energy Efficiency Through Creativity Commercial Central Chiller System

XEnergy Technologies Energy Efficiency Through Creativity Chiller

or a Evaporative Condenser Unit XEnergy Technologies Energy Efficiency Through Creativity Condenser Pump Cooling Tower or a Evaporative Condenser Unit

What is the XT9000 Technology System? XEnergy Technologies Energy Efficiency Through Creativity What is the XT9000 Technology System? It is a Turbine Generator that generates electrical energy. It is a Energy Efficiency Control System Upgrade for the Cooling Tower or Evaporative Condenser of your HVAC System It is a HVAC Upgrade System that improves the efficiency of the entire existing HVAC System It is also environmental friendly upgrade which may result in a lower carbon footprint and increase water usage efficiency

XEnergy’s Patented XT9000 Technology XEnergy Technologies Energy Efficiency Through Creativity XEnergy’s Patented XT9000 Technology

XEnergy’s Patented XT9000 Technology Generator with: XEnergy Technologies Energy Efficiency Through Creativity XEnergy’s Patented XT9000 Technology Generator with: Anodized Aluminum Central Hub and Mag Arms Two (2) Sealed Center Ceramic Bearings with Stainless Steels Races Custom-Shaped Aerodynamically-Designed Aluminum Blades Permanent Magnets in Housings Attached to the Perimeter of the Mag Arms Patented Sealed Track of Copper Stators Embedded in Fire Resistant Polycarbonate Enclosures Electrical Junction Box with On/Off Switch Aerodynamic Powder-Coated Galvanneal Steel Manifold

XEnergy’s XT9000 Technology XEnergy Technologies Energy Efficiency Through Creativity XEnergy’s XT9000 Technology Includes our State-of the Art Power One Aurora Grid Tie Energy Management System Designed to monitor and control the XT9000 System to obtain best system performance and to obtain system operational efficiency.

Air Handling Unit XEnergy Technologies Energy Efficiency Through Creativity Air Handling Unit

Retrofit Installation and Down Time is Minimal! XEnergy Technologies Energy Efficiency Through Creativity Retrofit These units can be easily retrofitted onto an existing cooling tower or evaporative condenser unit. Installation and Down Time is Minimal!

XT9000 System XT9000 Installation: XEnergy Technologies Energy Efficiency Through Creativity XT9000 System XT9000 Installation: The XT9000 is installed right over the existing discharge air manifold of the cooling tower or evaporative condenser unit. Condenser Pump Condenser Pump Cooling Tower Unit Chiller Unit

Evaporator Minimum Requirements XEnergy Technologies Energy Efficiency Through Creativity XT9000 System Condenser Pump Cooling Tower or Evaporative Condenser Unit Evaporator Minimum Requirements 6 ft. Fan Diameter 70,000 cfm Flow Capacity

XEnergy Technologies Energy Efficiency Through Creativity The XT9000 Technology is a Turbine Generator that generates electrical energy. How ?

XT9000 System Turbine Generator XEnergy Technologies Energy Efficiency Through Creativity XT9000 System Energy Generation Turbine Generator The XT9000 utilizes exhaust air flow from the fan of the cooling tower to spin the blades of the unit. Utilizing Power One Aurora Grid Tie Inverter with our patented permanent magnet and stator system generator, the XT9000 system produces electrical power that can be reintroduced back to the electrical grid. Condenser Pump Cooling Tower Unit

How does it improve the efficiency of the entire existing HVAC System? XEnergy Technologies Energy Efficiency Through Creativity A HVAC Upgrade System? How does it improve the efficiency of the entire existing HVAC System?

Fan Motor Energy Conservation (6 kW) XEnergy Technologies Energy Efficiency Through Creativity XT9000 System Why a System Upgrade? As a result of the added resistance created by the extra set of fan blades of the XT9000 the airflow speed reduces and the static pressure within the cooling tower increases. This reduces the air mass flow rate which results in a significant decrease in actual fan motor energy power consumption An Estimated 20% - 30% Fan Power Savings can be Realized Fan Motor Energy Conservation (6 kW) Condenser Pump Evaporator Unit

XEnergy Technologies Energy Efficiency Through Creativity Why a System Upgrade? The slower speed in airflow may result in a minor “fractional” increase in condenser water delta temperature to the chiller. Energy Generation (0.8 kW) XT9000 System Condenser Pump Cooling Tower Unit Slight Increase in Temperature Difference (∆T) (0.3-0.5°F) Chiller Unit

Why a System Upgrade? XEnergy Technologies XT9000 System Energy Efficiency Through Creativity XT9000 System Why a System Upgrade? The slight, inconsequential, minor increase in temperature difference can be off-set by increasing the leaving chilled water temperature proportionately resulting improved performance of the chiller and some additional energy cost savings. Condenser Pump Cooling Tower Unit Increase Leaving Temperature by (0.3-0.5°F) Slight Increase in Temperature Difference (∆T) (0.3-0.5°F) Chiller Unit

How is it Environmental Friendly? XEnergy Technologies Energy Efficiency Through Creativity How is it Environmental Friendly? Less electrical energy required may result in a reduction of greenhouse gas emissions and a lower carbon footprint. As a result of the slower speed of fan a significant number of water droplets that are usually expelled into the air are retrieved thus resulting in a reduced make up water requirement and an increase in water usage efficiency.

XT9000 System On Cooling Tower with 6 ft. Fan XEnergy Technologies Energy Efficiency Through Creativity XT9000 System On Cooling Tower with 6 ft. Fan Columbus, Georgia Confidential

On Cooling Tower with 11 ft. Fan XEnergy Technologies Energy Efficiency Through Creativity Two XT9000 Systems On Cooling Tower with 11 ft. Fan Confidential

On Two Cooling Towers: Columbus, Georgia XEnergy Technologies Energy Efficiency Through Creativity Dual XT9000 Systems On Two Cooling Towers: Columbus, Georgia Confidential

XT 9000 Technology - SUMMARY XEnergy Technologies Energy Efficiency Through Creativity XT 9000 Technology - SUMMARY Saves Energy Generates Energy and Provides Improved Efficiency Saves Money Reduced Energy Requirement = $ Savings Economical: Aggressive ROI Environmentally Friendly Reduces Green House Gas Emissions Rapid Deployment Quick Delivery / Minimal Downtown to Install