Tuesday, January 15, 2013

Electric cars are they conserving energy? Rev5

Electric cars are they conserving energy? Rev5

Ask yourselves what is the real cost of “Electric Car”?

Note: Electricity is a secondary form of energy derived by utilizing one form of energy to produce electric current.

Let us look at the facts:

In order to produce electricity, we need some form of energy to generate electricity, whereby you lose a substantial amount of your original source of energy in the generation process.
In the process we are losing the efficiency of the initial energy source, since it is not a direct use of the energy.

Let us take it a step further. To generate electricity we utilize; coal, oil, natural gas, nuclear, hydro electric - water, photovoltaic-solar, wind, geothermal, etc. Many electricity generating plants utilize fossil fuel, which creates pollution.

Do you realize how much of the initial source of energy you lose to get the electricity you need for your electric automobile; you also lose electricity in the transmission lines.

Why are we jumping to a new technology, without analyzing the economic cost, the effective return and efficiency of such technology; while computing and measuring its affect on the environment?

Natural gas vehicles are a direct source of energy, where you get the most for your energy source – in efficiency and monetary value. Cost of natural gas to a comparable gallon of gas ranges around $1, it has higher octane and extends the life of your engine, it is also safer than gas.
The bottom line

When all is said and done, CNG is a decidedly unfashionable entry in the fuel-of-the-future sweepstakes, yet it may be the dark horse that wins the race. If your goal is to flaunt your green credentials, then go ahead and trade in your hybrid Prius for an all-electric Leaf. Meanwhile, the contractor down the block will buy a new dual-fuel F-250, or buy an aftermarket conversion kit for the beat-up model already in service. Which vehicle will make the greater contribution to energy independence, national security, and a healthy planet? You guessed it. The NGV, hands down.

In these hard economic times – I would think, you would want to get the most for your dollar – and not waste resources.

Another economic impact would be the loss of road tax on fuel, these funds are used to build and maintain the highway infrastructure.

“It is Cheaper to Save Energy than Make Energy”

YJ Draiman, Director of Utilities & Sustainability




Will High Electricity Rates Drive Innovation?

Escalating costs of OIL will produce innovation!



YJ Draiman's vision is to make Los Angeles as the World Capital of Renewable energy and conservation.


Electric cars are they conserving energy? No!

I worked with UPS in Chicago in the early 90's, researching the conversion of UPS vehicles to Natural Gas as a primary fuel with overnight slow fill stations on UPS compound.
If we are to survive the Energy crisis and become energy independent, we must utilize every effort not to waste our energy resources. Innovation and technology will eventually save the day.
Electric cars are a fiction of energy conservation, (Look at all the costs associated with such technology); it is not a viable option.
We must look into other forms of fuel, and invest heavily into R&D.

YJ Draiman, Director of Utilities & Sustainability
Energy & Utility Auditor, Energy efficiency analysis

Generating Energy Storage & A Combination Renewable Energy System

Generating Energy Storage & A Combination Renewable Energy System
“It is cheaper to save energy than make energy”
Any renewable energy system that is installed should have extra capacity and be able to convert water into hydrogen which will be used to power a hydrogen generator as a back-up power source.

We should install a renewable energy system that utilizes solar & wind, when possible add geothermal to the mix.

A design is needed for a renewable energy system that can generate electricity and heat water with a step down mixer allowing the system to provide water hot enough for radiant heating and at the same time utilize a step down mixing valve to reduce the water temperature to be able its use for hot water in normal consumption.

A thermal renewable energy system may be able to provide both.

Prior to sizing up a renewable energy system, an energy audit should be conducted and energy efficiency recommendations should be implemented, that includes changing habits in utilizing energy and utilities in general.

Habitual changes can save between 20 to 50% of energy & utility consumption.
When people are considerate not to waste, they save resources and money.

PS. Tankless water heaters & Rainwater harvesting conserves our water supply.


YJ Draiman, Energy/Utility Analyst









Electric cars are they conserving energy? Rev5

Ask yourselves what is the real cost of “Electric Car”?

Note: Electricity is a secondary form of energy derived by utilizing one form of energy to produce electric current.

Let us look at the facts:

In order to produce electricity, we need some form of energy to generate electricity, whereby you lose a substantial amount of your original source of energy in the generation process.
In the process we are losing the efficiency of the initial energy source, since it is not a direct use of the energy.

Let us take it a step further. To generate electricity we utilize; coal, oil, natural gas, nuclear, hydro electric - water, photovoltaic-solar, wind, geothermal, etc. Many electricity generating plants utilize fossil fuel, which creates pollution.

Do you realize how much of the initial source of energy you lose to get the electricity you need for your electric automobile; you also lose electricity in the transmission lines.

Why are we jumping to a new technology, without analyzing the economic cost, the effective return and efficiency of such technology; while computing and measuring its affect on the environment?

Natural gas vehicles are a direct source of energy, where you get the most for your energy source – in efficiency and monetary value. Cost of natural gas to a comparable gallon of gas ranges around $1, it has higher octane and extends the life of your engine, it is also safer than gas.
The bottom line

When all is said and done, CNG is a decidedly unfashionable entry in the fuel-of-the-future sweepstakes, yet it may be the dark horse that wins the race. If your goal is to flaunt your green credentials, then go ahead and trade in your hybrid Prius for an all-electric Leaf. Meanwhile, the contractor down the block will buy a new dual-fuel F-250, or buy an aftermarket conversion kit for the beat-up model already in service. Which vehicle will make the greater contribution to energy independence, national security, and a healthy planet? You guessed it. The NGV, hands down.

In these hard economic times – I would think, you would want to get the most for your dollar – and not waste resources.

Another economic impact would be the loss of road tax on fuel, these funds are used to build and maintain the highway infrastructure.

“It is Cheaper to Save Energy than Make Energy”

YJ Draiman, Director of Utilities & Sustainability




Will High Electricity Rates Drive Innovation?

Escalating costs of OIL will produce innovation!



YJ Draiman's vision is to make Los Angeles as the World Capital of Renewable energy and conservation.


Electric cars are they conserving energy? No!

I worked with UPS in Chicago in the early 90's, researching the conversion of UPS vehicles to Natural Gas as a primary fuel with overnight slow fill stations on UPS compound.
If we are to survive the Energy crisis and become energy independent, we must utilize every effort not to waste our energy resources. Innovation and technology will eventually save the day.
Electric cars are a fiction of energy conservation, (Look at all the costs associated with such technology); it is not a viable option.
We must look into other forms of fuel, and invest heavily into R&D.

YJ Draiman, Director of Utilities & Sustainability
Energy & Utility Auditor, Energy efficiency analysis

Thursday, November 8, 2012

Generating Energy Storage & A Combination Renewable Energy System

Generating Energy Storage & A Combination Renewable Energy System




“It is cheaper to save energy than make energy”
Any renewable energy system that is installed should have extra capacity and be able to convert water into hydrogen which will be used to power a hydrogen generator as a back-up power source.

We should install a renewable energy system that utilizes solar & wind, when possible add geothermal to the mix.

A design is needed for a renewable energy system that can generate electricity and heat water with a step down mixer allowing the system to provide water hot enough for radiant heating and at the same time utilize a step down mixing valve to reduce the water temperature to be able its use for hot water in normal consumption.

A thermal renewable energy system may be able to provide both.

Prior to sizing up a renewable energy system, an energy audit should be conducted and energy efficiency recommendations should be implemented, that includes changing habits in utilizing energy and utilities in general.

Habitual changes can save between 20 to 50% of energy & utility consumption.
When people are considerate not to waste, they save resources and money.


PS. Tankless water heaters & Rainwater harvesting conserves our water supply.


YJ Draiman, Energy/Utility Analyst









Electric cars are they conserving energy? Rev4

Ask yourselves what is the real cost of “Electric Car”?

Note: Electricity is a secondary form of energy derived by utilizing one form of energy to produce electric current.

Let us look at the facts:

In order to produce electricity, we need some form of energy to generate electricity, whereby you lose a substantial amount of your original source of energy in the generation process.
In the process we are losing the efficiency of the initial energy source, since it is not a direct use of the energy.

Let us take it a step further. To generate electricity we utilize; coal, oil, natural gas, nuclear, hydro electric - water, photovoltaic-solar, wind, geothermal, etc. Many electricity generating plants utilize fossil fuel, which creates pollution.

Do you realize how much of the initial source of energy you lose to get the electricity you need for your electric automobile; you also lose electricity in the transmission lines.

Why are we jumping to a new technology, without analyzing the economic cost, the effective return and efficiency of such technology; while computing and measuring its affect on the environment?

Natural gas vehicles are a direct source of energy, where you get the most for your energy source – in efficiency and monetary value. Cost of natural gas to a comparable gallon of gas ranges around $1, it has higher octane and extends the life of your engine, it is also safer than gas.

In these hard economic times – I would think, you would want to get the most for your dollar – and not waste resources.

Another economic impact would be the loss of road tax on fuel, these funds are used to build and maintain the highway infrastructure.

“It is Cheaper to Save Energy than Make Energy”

YJ Draiman, Director of Utilities & Sustainability




Will High Electricity Rates Drive Innovation?

Escalating costs of OIL will produce innovation!



YJ Draiman's vision is to make Los Angeles as the World Capital of Renewable energy and conservation.


Electric cars are they conserving energy? No!

I worked with UPS in Chicago in the early 90's, researching the conversion of UPS vehicles to Natural Gas as a primary fuel with overnight slow fill stations on UPS compound.
If we are to survive the Energy crisis and become energy independent, we must utilize every effort not to waste our energy resources. Innovation and technology will eventually save the day.
Electric cars are a fiction of energy conservation, (Look at all the costs associated with such technology); it is not a viable option.
We must look into other forms of fuel, and invest heavily into R&D.

YJ Draiman, Director of Utilities & Sustainability

Generating Energy Storage & A Combination Renewable Energy System

Generating Energy Storage & A Combination Renewable Energy System
“It is cheaper to save energy than make energy”




Any renewable energy system that is installed should have extra capacity and be able to convert water into hydrogen which will be used to power a hydrogen generator as a back-up power source.

We should install a renewable energy system that utilizes solar & wind, when possible add geothermal to the mix.

A design is needed for a renewable energy system that can generate electricity and heat water with a step down mixer allowing the system to provide water hot enough for radiant heating and at the same time utilize a step down mixing valve to reduce the water temperature to be able its use for hot water in normal consumption.

A thermal renewable energy system may be able to provide both.

Prior to sizing up a renewable energy system, an energy audit should be conducted and energy efficiency recommendations should be implemented, that includes changing habits in utilizing energy and utilities in general.

Habitual changes can save between 20 to 50% of energy & utility consumption.
When people are considerate not to waste, they save resources and money.


PS. Tankless water heaters & Rainwater harvesting conserves our water supply.


YJ Draiman, Energy/Utility Analyst









Electric cars are they conserving energy? Rev4

Ask yourselves what is the real cost of “Electric Car”?

Note: Electricity is a secondary form of energy derived by utilizing one form of energy to produce electric current.

Let us look at the facts:

In order to produce electricity, we need some form of energy to generate electricity, whereby you lose a substantial amount of your original source of energy in the generation process.
In the process we are losing the efficiency of the initial energy source, since it is not a direct use of the energy.

Let us take it a step further. To generate electricity we utilize; coal, oil, natural gas, nuclear, hydro electric - water, photovoltaic-solar, wind, geothermal, etc. Many electricity generating plants utilize fossil fuel, which creates pollution.

Do you realize how much of the initial source of energy you lose to get the electricity you need for your electric automobile; you also lose electricity in the transmission lines.

Why are we jumping to a new technology, without analyzing the economic cost, the effective return and efficiency of such technology; while computing and measuring its affect on the environment?

Natural gas vehicles are a direct source of energy, where you get the most for your energy source – in efficiency and monetary value. Cost of natural gas to a comparable gallon of gas ranges around $1, it has higher octane and extends the life of your engine, it is also safer than gas.

In these hard economic times – I would think, you would want to get the most for your dollar – and not waste resources.

Another economic impact would be the loss of road tax on fuel, these funds are used to build and maintain the highway infrastructure.

“It is Cheaper to Save Energy than Make Energy”

YJ Draiman, Director of Utilities & Sustainability




Will High Electricity Rates Drive Innovation?

Escalating costs of OIL will produce innovation!



YJ Draiman's vision is to make Los Angeles as the World Capital of Renewable energy and conservation.


Electric cars are they conserving energy? No!

I worked with UPS in Chicago in the early 90's, researching the conversion of UPS vehicles to Natural Gas as a primary fuel with overnight slow fill stations on UPS compound.
If we are to survive the Energy crisis and become energy independent, we must utilize every effort not to waste our energy resources. Innovation and technology will eventually save the day.
Electric cars are a fiction of energy conservation, (Look at all the costs associated with such technology); it is not a viable option.
We must look into other forms of fuel, and invest heavily into R&D.

YJ Draiman, Director of Utilities & Sustainability

“The spirit of man cannot be conquered”

“The spirit of man cannot be conquered”

“The spirit of man cannot be conquered
”No responsible leader shall state that he will destroy a country or a nation and its people.Hate breeds hate.
In a shrinking Global economy, people of the world should and must learn to live in harmony.
Every one is entitled to practice their religion and beliefs without interfering with others and/or enforcing their beliefs and customs.Everyone should be treated with respect and dignity.
It is time for everyone to open their eyes and realize that conflict and hate will only advance world destruction and the abomination of humanity.
I believe that Coexistence means peace and harmony.
If we do not achieve peace and harmony soon, we will all perish.
It is up to us to change the world and bring peace and harmony to all people."
 
YJay Draiman, Northridge, CA. June 27, 2007
 
PS
Science must be learned; it cannot be conquered. An army that can occupy knowledge has yet to be built. And that is why armies of occupation are a thing of the past. Indeed, even for defensive purposes, a country cannot rely on its army alone. Territorial frontiers are no obstacle to ballistic missiles, and no weapon can shield from a nuclear device. Today, therefore the battle for survival must be based on political wisdom and moral vision no less than on military might.Countries used to divide the world into their friends and foes. No longer. The foes now are universal - poverty, famine, religious radicalization, desertification, drugs, proliferation of nuclear weapons, ecological devastation. They threaten all nations, just as science and information are the potential friends of all nations.Classical diplomacy and strategy were aimed at identifying enemies and confronting them. Now they have to identify dangers, global or local, and tackle them before they become disasters.As we part a world of enemies, we enter a world of dangers. And if future wars break out, they will probably be wars of protest, of the weak against the strong, and not wars of occupation, of the strong against the weak.
YJ Draiman

Friday, November 4, 2011

Energy Efficiency Audit. Understanding energy use


STEP 1 Energy Efficiency Audit. Understanding energy
use will help identify opportunities to improve energy
performance and gain financial benefits. The audit will
establish a baseline and provide options for improving
energy efficiency.
STEP 2 Make a Commitment. No matter the size or
type of an organization, the common element of successful
energy savings is commitment. Make a commitment
to allocate staff and funding to achieve improvement.
To establish their energy program, leading organizations
form a dedicated energy team and institute an energy
policy.
STEP 3 Set Goals. Well-stated goals guide daily decision-
making and are the basis for tracking and measuring
progress. Communicating and posting goals can
motivate staff to support energy management efforts.
STEP 4 Develop a plan. Your organization is now
poised to develop a road map to improve energy performance.
Create a detailed action plan to ensure a
systematic process to implement energy performance
measures.
STEP 5 Implement the plan. People can
make or break an energy program. Gaining
the support of key people at different levels
within the organization is an important factor
in successful implementation. In addition,
reaching your goals frequently depends on
the awareness, commitment, and capability
of the people who implement the projects.
Evaluate the progress of the action plan as
compared to your performance goals. Update
the plan, identify best practices, and set
new performance goals as necessary.
Communicate
Your Way to
Energy Savings
To help employees
understand
the cost of their
actions, such
as leaving the
lights on at night,
effective communication
might
include calculating
the cost of an
hour of lighting
at full capacity.
Equate the potential
savings to
something meaningful
to your
organization.
Raise the importance
of energy
conservation
during Energy
Awareness month
(October).
Steps to Energy Savings
Energy Intensity Performance
Energy Efficiency Audit
A customized energy audit examines the energy
footprint of your operation. The audit begins with the
collection and analysis of information that may affect
your operation's energy consumption.
Le ES2 help you identify ways to improve energy
efficiency. The audit includes an analysis of a business'
facility and equipment, including:
u Building envelope (insulation, roofing, etc.)
u Equipment operation
u HVAC system
u Industrial processes
u Lighting
u Motors
u Refrigeration
u Water heating
To encourage participation, ES2 contributes up to 5% of
the audit cost.
Electric Demand (kW)
Consumption per Month
Cost
ES2
Contribution
Co-pay
0 kW - 59 kW $600 $450 $150
60 kW - 99 kW $750 $565 $185
100 kW - 149 kW $900 $675 $225
> 150 kW Contact SPU for Estimate
A certified energy auditor will conduct an energy analysis
at your site. You will be provided a report highlighting:
u recommendations to save energy
u an analysis of existing systems
u proposed efficiency upgrades
u an energy cost evaluation
To request an Energy Efficiency Audit for
Business, complete and return a request form to
ES2 with your payment.
Restrictions apply. Limited to ES2 customers only.
FACT
Surveys indicate
that 75% of
buildings are
operating
inefficiently.
Energy is often
the greatest
expense,
accounting
for one-third
of operating
expenses.
Request an Energy
Audit for Business
Complete a request form, and
return it with your payment to:
Energy Audit for Business
Energy Savers 2 - Utilities
9420 Reseda Blvd., Unit 274
Northridge, CA 91324
Tel. 818-366-6999
The Power is in Your Hands
Using energy wisely will lower your organization's monthly
bill, and it may be easier than you think.
Any steps your business takes to improve efficiency will
translate directly into savings.
Heating, Cooling and Comfort
l Gain flexibility– by installing programmable
thermostats with weekday and weekend programs.
l Ceiling insulation– make sure you have sufficient
insulation in the ceiling floor.
l Insulate hot water pipes– especially if they are
located in unheated areas.
l HVAC filters– Clean or change filters monthly; dirty
filters can increase operating costs by 20%.
l Shading devices– Install interior or exterior shading
devices (window film, solar screens, awnings, etc.) in
south- and west-facing windows to block the sun's
heat in the summer.
l Registers and vents– Keep registers and vents
clear to keep air moving freely.
l Exterior sealing– Seal exterior cracks and holes
with weather-stripping or caulking.
l Re-circulating systems– Install fans or other
re-circulating systems to create air movement.
l Direct air flow– Install reflectors to floor vents to
direct cooler air upward.
l Air conditioner economizers– Install
air conditioner economizers (common in
packaged rooftop units); they use the
cool nighttime air to help cool the inside
of your building.
l Choose ENERGY STAR®– When buying
new heating or cooling systems choose
ENERGY STAR; they are 20%–30% more
efficient than other models.
FACTS
Heating and
cooling accounts
for up to 70%
of energy used
in commercial
buildings.
Properly caulking
and weather
stripping doors
and windows
reduces heating
and air conditioning
usage by
10–20%.
Tips & Tools
Learn more ways to increase
energy efficiency and lower
energy costs by visiting
> Commercial
> TechLine
> Tools You Can Use
> Facility Assessment Wizard
l Variable speed motors and compressors– Use
variable speed motors and compressors on heat
pumps and air conditioners to more closely match
energy use to temperature fluctuation.
l Water heaters– Consider replacing your water
heater if it's more than 10-years-old. Older water
heaters are about 50% less efficient than a new
models.
l Lower heating bills up to 50%– Consider investing
in a geothermal heating and cooling system to
lower heating bills up to 50% and lower cooling
costs up to 30%.
Lighting
l Reduce lighting costs up to 75%– Replace
conventional incandescent bulbs with compact
fluorescent light bulbs (CFLs). CFLs use only 25% of
the electricity used by incandescent lights and last
up to 10 times as long.
l Electronic ballasts– Install electronic ballasts to
increase fluorescent lamp efficiency by up to 25%
and increase light output by 10%–15%.
l Ensuring safety– Leave minimal lighting on
during non-business hours, ensuring safety.
l Reduce wattage– Replace T-12 fluorescent
tube lighting with T-8 or T-5 fixtures which
use as little as 25 watts.
l Control room lighting– Install automatic
occupancy sensor room-lighting controls
to turn lights on or off in frequently unoccupied
areas.
l Use task lighting– Decrease the use of
overhead lighting where possible by using
task lighting instead.
l Light-Emitting Diode (LED) Exit Signs–
Replace incandescent or fluorescent exit
signs with LED exit signs.
l Regularly clean– Clean light bulbs, fixtures,
lenses, lamps and reflective surfaces.
FACT
Lighting
accounts for
25-30% of
energy costs
in commercial
buildings and is
a primary source
of heat gain and
waste heat.
We're here to help.
Rebates Available*
ES2 offers energy-efficiency
rebates to help defray the cost
of energy improvements.
Available rebates include:
u Energy-Efficient Lighting
u Energy-Efficient Cooling
u Motors & VFD
u Custom Rebates
u Office Equipment
For details about commercial
rebates, call 818-366-6999 or visit
*Restrictions apply. Funds limited.
Equipment
l Control energy bandits– Turn off printers, copiers,
desk lamps, fans, and coffee machines during down
periods, especially when the office is closed. Keep
rarely used equipment turned off until needed.
l Sleep mode– Set energy-saving features on all
office equipment to put it into sleep mode when
not in use.
l Use 90% less energy– Use notebook computers
and flat screen monitors. Notebook computers use
90% less energy than desktop models, and LCD
flat-screen monitors use less energy than conventional
desktop monitors.
l Use ink-jet printers– Consider using ink-jet printers;
they use 90% less energy than laser printers.
l Equipment placement– Avoid placing heat-generating
equipment near thermostats.
l Temperature control– Set the refrigerator temperature
between 36 and 42 degrees and the freezer
between -5 and +6 degrees.
l Refrigeration equipment– Protect refrigeration
equipment from direct sunlight. Avoid placing
refrigerators and freezers close to fryers and heat
lamps.
l Monthly maintenance– Examine
refrigerator door seals for leakage; clean
the condenser/coils, and defrost when
necessary.
l Choose ENERGY STAR– When replacing
equipment, look for the ENERGY STAR
label.
l Lower water use– Install faucet aerators
in restrooms and low-flow showerheads
in any shower facilities.
FACTS
Notebook
computers use
90% less energy
than desktop
models. LCD flatscreen and or LED
monitors
use less energy
than conventional
desktop
monitors.
Be an ENERGY STAR
As you replace old, in-efficient
equipment and appliances, look
for the ENERGY STAR label.
Visit www.energystar.gov for a
list of qualifying products.
?Contact ES2 with questions.
Phone: 818-366-6999
Look for the
ENERGY STAR
label
Powerful Solutions
at NO COST from ES2 Utilities
Energy Resource & Library Tool
Explore the eLibrary
Ask an Expert
View Newsletters
Tools You Can Use
At a Glance
u Benchmark Data
u Efficiency Recommendations
u Facility Assessment Wizard
u Appliance Calculator
Tools You Can Use
u Facility Systems & Equipment
u Process Technologies
u Utility & Energy Management
u Facility & Manufacturing Mgt
u Business Development
Explore the eLibrary
u Ask a Question
u My Past Questions
u Specific Requests
Ask an Expert
u View articles from previous
newsletters.
View Newsletters
Highlights many of the features
included in our no cost service.
Click on a featured item for more
details or use our navigation
menu to find additional
information.
At a Glance
To enroll in TechLine visit www.energysavers2.com
For more information, call 818-366-6999 or email energysavers@energysavers.name
Enroll in TechLine Today.
This powerful internet resource library includes
knowledge databases, targeted research, Ask an
Expert on-line, plus new features each month. Visit
www.energysavers2.com today to sign up.
9420 Reseda Blvd., Unit 274
Northridge, CA 91324
818-366-6999
Fact
There are additional ways
ES2 helps you save:
u Lighting Rebates
u Air Conditioning Rebates
u Motors/VFD Rebates
u Office Equipment Rebates
u Custom Rebates
For details about
commercial rebates,
call 818-366-6999 or visit
*Restrictions apply. Funds limited

Energy efficiency implementation

Energy Efficiency Audit. Understanding energy
use will help identify opportunities to improve energy
performance and gain financial benefits. The audit will
establish a baseline and provide options for improving
energy efficiency.
STEP 2 Make a Commitment. No matter the size or
type of an organization, the common element of successful
energy savings is commitment. Make a commitment
to allocate staff and funding to achieve improvement.
To establish their energy program, leading organizations
form a dedicated energy team and institute an energy
policy.
STEP 3 Set Goals. Well-stated goals guide daily decision-
making and are the basis for tracking and measuring
progress. Communicating and posting goals can
motivate staff to support energy management efforts.
STEP 4 Develop a plan. Your organization is now
poised to develop a road map to improve energy performance.
Create a detailed action plan to ensure a
systematic process to implement energy performance
measures.
STEP 5 Implement the plan. People can
make or break an energy program. Gaining
the support of key people at different levels
within the organization is an important factor
in successful implementation. In addition,
reaching your goals frequently depends on
the awareness, commitment, and capability
of the people who implement the projects.
Evaluate the progress of the action plan as
compared to your performance goals. Update
the plan, identify best practices, and set
new performance goals as necessary.
Communicate
Your Way to
Energy Savings
To help employees
understand
the cost of their
actions, such
as leaving the
lights on at night,
effective communication
might
include calculating
the cost of an
hour of lighting
at full capacity.
Equate the potential
savings to
something meaningful
to your
organization.
Raise the importance
of energy
conservation
during Energy
Awareness month
(October).
Steps to Energy Savings
Energy Intensity Performance
Energy Efficiency Audit
A customized energy audit examines the energy
footprint of your operation. The audit begins with the
collection and analysis of information that may affect
your operation's energy consumption.