green jobs energy efficiency and renewable energy don albinger vp, global renewable energy solutions
Post on 19-Dec-2015
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Green Jobs Energy Efficiency and Renewable Energy
Don AlbingerVP, Global Renewable Energy Solutions
Market Research: Common Themes
Manageoperating costs
Reduce yourenvironmental
footprint
Educate & engage
stakeholders
Securesupport & funding
We have an opportunity to make a
change
and get to work
We know that buildings are placeswhere we can make a big impact.
Change the way buildings use energy and water
48% of Atmospheric
emissions
40% of all energy used12% of freshwater
88% potable water 40% of municipal solid waste
• 80% percent of Americans now live in cities. By 2050, 90% will. • 75% of US built environment will be new or renovated in the next 30-years
40% of all wood, steel and other raw materials
US uses 5 billion gallons of water to flush toilets - daily
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In our company, we have lots of green jobs…
Business Development Manager General Manager, Construction Facilities Manager
Director of Energy Consulting Lead Performance Assurance Engineer Program Manager
Director of HR Lead Performance Assurance Specialist Project Development Engineer
Director of Sales & Marketing Lead Research Engineer Project Engineer
Energy & Emissions Engineer Major Projects Account Executive Project Manager
Energy Program Manager Manager of Application Engineering Regional Project Development Mgr
Energy Solutions Business Manager Manager of Global Travel Services Remote Operations Center Manager
Engineer Performance Assurance Engineer Sales Engineer
Field Sales Representative Principle Engineer- software/firmware Senior Energy Engineer
FM Customer Business Manager Product Manager II Senior Energy Manager
Senior Program Manager Service Technician Systems Delivery Standards Manager
Senior Software Engineer Sr. Operations Programs Manager Systems Team Leader
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The greenest jobs are multi-disciplinary LEED™ green building categories
Sustainable Sites Develop only appropriate sites Reuse existing buildings and/or site Protect natural and agricultural areas Reduce need for automobile use Protect and/or restore natural sites
Water Efficiency Reduce quantity of water needed Reduce burden on municipal water supply
and treatment
Energy & Atmosphere Energy efficiency & performance Implement renewable & alternative energy
sources Adopt ozone protection protocols
Indoor Environmental Quality Establish good indoor air quality Eliminate, reduce and manage sources of
indoor air pollution Ensure thermal comfort and systems
controllability Provide occupant connection to the
outdoor environment
Innovation and Design Recognize exceptional performance Recognize innovation in green building
categories that are not addressed by LEED credits
Managing the Complexity
Due Diligence
• qualify
• customer ROI
• incentives
• deal structure
• legal
Technology Selection
• fit
• capability
• scalable
• life cycle
Project Mgmt
• manage
• install
• commission
Operate and Maintain
• up time
• life cycle
• manage risk
Guarantee
• performance
• payback
• results
Develop the plan
Select the means
Sustain the plan
Guarantee the plan
Execute the plan
A smart grid needs smart buildings
Jobs to Manage the Data - Energy Technology Meets Information Technology
Security and AccessDoors, windows,
systems, integration, occupancy
EnergyUtility monitoring, air / water, HVAC, lighting
HVACAHU, boilers, pumps, fans, energy control, variable air volume,
indoor air quality
LightingLight level sensing, occupancy sensing
CommunicationVoice / Video / Data
FireRoutine checks, detector
services, fire and life safety
Skills and jobs to interpret the data
Energy Cost/Usage by MonthEnergy Cost by Facility
Utility Cost per Sq. Ft.
Upper Desired Limit
CHFS – Central St. Hospital
Total Utility Cost
7 megawatt dual fuel
cogeneration plant
8 acre photovoltaic farm
$67 million in private sector
investment, including $4.5M
utility rebate
Base realizing energy savings
and lower utility maintenance
Annual Savings - $7.2M
Simple Payback – 9.6 years
Ongoing O&M
Twenty-nine Palms Marine Air Ground Task Force Training Command
Wyandotte School Systems – 10Kw PV system
2% Energy Reduction
8th grade Science class curriculum
$50K Grant from the MI dept of Energy
Wyandotte Municipal Utility ownership
Orlando Convention Center – 1 Mega Watt
Wind – Key Considerations
Early Determinants
• Location, Wind Speed
• Wind Quality, Electrical Cost
• Access to Electrical Grid
Key Requirements• Land Access• Financing• Data Collection• Interconnect Agreement• Turbine Procurement• Studies
– Avian– Flicker– Environmental Impact
• Permitting
Multiple Benefits with DG Utilization
$2.4 million annual guaranteed savings
Biomass Fuel – tree bark
Gasification
Oxidizer
Conveyor
University of South Carolina – BioMass Plant
Classroom
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Our perspective…
Investment in “green jobs” are vital for the health of the economy as well as the environment.
We define “green jobs” broadly, including all workers supporting an economy that is energy and resource efficient.
Higher education institutions have an opportunity and a responsibility to educate and (re-)train workers for the green economy.
Federal and state government needs to demonstrate leadership through example.
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…and employee recruiting
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Students want a green education…and campus
“Green” cuts across department and college boundaries in higher education.
“Green” is an added dimension of training and awareness at technical colleges and trade schools.
Energy efficiency in buildings is the quickest and most cost-effective way to reduce greenhouse gas emissions and create “green jobs.” It is not even taught in most colleges, universities and technical schools.
Sustainability should be taught at elementary through post-secondary levels while schools and campuses should be models for green design and operations.
Thank You