New technology will provide customers with more information about their energy consumption and full range of energy options.

Implementing smart technology to help consumers make well informed energy choices is vital to a smart energy future. Consumers need tools to understand how they use and manage energy, pricing options that allow them to value their energy choices and a selection of end-use appliances that best meet their needs. In the smart energy future, consumers will have a clearer picture of their energy usage and will be better able to monitor, manage and conserve energy.

NATURAL GAS IN A SMART ENERGY FUTURENatural gas is a foundation fuel for a smart, clean, safe and reliable energy system. It serves as an efficient source of comfort in homes and productivity for businesses. Natural gas has also become a vital fuel source for electric generation – serving peak demand and also balancing the integration of renewable energy.

TIME TO ACT: LONG TERM SUCCESSES REQUIRE NEAR TERM POLICY ACTIONS

As federal and state policy makers advance a smart energy future, natural gas and natural gas technologies must play a central role.

• Ensure that smart grid implementation policies encourage the integration of natural gas and distributed energy applications.

• Include natural gas in advanced metering infrastructure development.

• Increase governmental funding for expanded research in natural gas safety, reliability and smart energy infrastructure technology.

2011

SOLUTIONS FOR A SMART ENERGY FUTUREInvestments in energy infrastructure will be optimized by looking at all energy options.

Integrating natural gas and electricity as we develop the smart energy grid will lead to cost savings for consumers. The development of a coordinated network of sensors and control technologies will help system operators utilize energy resources more effectively and efficiently, while also enhancing the safety and reliability of energy delivery.

A smart energy future will effectively use all available technologies and applications.

Incorporating natural gas applications into the smart energy grid will not only improve efficiency and flexibility to meet evolving energy demands, but will also provide solutions to address immediate energy challenges. Employing both new and proven natural gas-based applications – like combined heat and power technologies – provides immediate solutions that address increasing electricity demands while decreasing the need to build more large-scale electric generating capacity and transmission lines.

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In 2011, GTI and Navigant Consulting released a study outlining the vision of a smart energy future for natural gas. The report underscores how effectively utilizing North America’s abundant natural gas resource base and infrastructure will lead to increased efficiencies in the residential and commercial sectors and an optimized smart grid. Natural gas’s role in a smart energy grid will maximize investments designed to strengthen the backbone of the electricity network while enhancing the safety and reliability

of an already efficient natural gas system. http://media.godashboard.com/gti/Natural_Gas_in_a_Smart_Energy_Future_01-26-2011.pdf

CASE IN POINT: Natural gas fueled microgrids, interconnected distributed generation and combined heat and power units, are just one example of a smart energy application fueled by clean natural gas. These efficient, independent and lower-cost systems are ideal for those who need both electricity and heat, such as industrial facilities, hospital complexes and college campuses.

üSmart tools like in-home display units for managing energy use – by illustrating the source energy and emissions impact of energy use measured from the point of generation to the end-use – provide consumers with more complete information about the impact of their energy use decisions on their pocketbooks as well as the environment.

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Clean natural gas is utilized as a

primary fuel source for traditional

electric generation plants meeting a

large percentage of the nation's electricity dem

and.

Electricity G

ridN

atural Gas P

ipeline

Production com

panies extract and inject natural gas into the nation's pipeline infrastructure

(2.4 million m

iles of transmission

and distribution pipeline).

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art grid advanced sensors and control devices are developed and deployed on the electric and gas

networks to provide m

ore intelligence to system

operators regarding system

integrity and capacity as w

ell as safety alerts.

Renew

able Gas produced from

biom

ass feedstocks (landfill, sew

age and agricultural waste)

supplements conventional natural

gas supplies.

Sm

art grid technologies provide timely

intelligence to system operators to

know w

hen to utilize fast ramp-up

generation units fueled by natural gas to overcom

e the intermittency challenges

of renewable electricy sources.

Sm

art meters providing 2-w

ay flow

of information betw

een consum

ers and energy providers enable new

energy m

anagement tools.

Sm

art energy tools are used by custom

ers for managing energy

consumption and evaluating

energy options.

Microgrids utilize equipm

ent fueled by natural gas to produce electricity and heat locally for energy

consumers w

ith unique energy demands and

reliability needs.

Sm

art energy technology provides greater intelligence on energy supply and dem

and to help integrate and im

prove the efficiency and reliably of the

natural gas and electric systems.

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