Tuesday, July 14, 2015

UTILITY BILL AUDITS AND TARIFF OPTIMIZATION - energy cost is driven by 3 components: price, quantity, and incentives. YJ Draiman


UTILITY BILL AUDITS AND TARIFF OPTIMIZATION - energy cost is driven by 3 components: price, quantity, and incentives.

Energy cost is driven by 3 components: price, quantity, and incentives.

UTILITY BILL AUDITS AND TARIFF OPTIMIZATION
Our utility bill audit and refund recovery services will help you secure the utility refunds you deserve. Our experience has shown that 7-11% of utility bills have material errors. Multi-site customers are challenged with trying to avoid these costly billing mistakes over a portfolio of facilities billed by various utility companies.
ENERGY SAVERS 2's utility bill audit and refund recovery solution combines our proprietary software analytics tracking system with our experienced staff members who are skilled at energy bill analysis and working directly with the utility companies to secure electric bill cost reductions and refunds on your companies behalf.
By leveraging ENERGY SAVERS 2's national tariff rate library, customers maintain a competitive advantage by staying informed of utility rate and tariff regulatory changes that work to their benefit. Our optimization process includes:

* Research and analyze alternative rates and tariffs

* Evaluate alternative rate tariffs, interpretations, applications and qualifications

* Analyze the current usage patterns to develop accurate load shapes

* Compare current rates vs. alternative rates

* Offer an alternative utility rate design when customer sponsored rates are needed

* Prepare necessary correspondence for utility providers

* Recover from utility companies

Energy Savers 2 innovated a proprietary approach which is based upon the simple equation that
energy cost is driven by 3 components: price, quantity, and incentives. This represents the shortest path to the greatest savings on your energy expenses.

Our blend of services, combined with business professionals who are experts in their field, have made Energy Savers 2 a leader in the energy consulting business. Since 1989, the Energy Savers 2 team success rate for identifying savings opportunities is over 96% and our client retention rate after the initial engagement is 86%. Currently serving thousands of clients the
US, our team of seasoned professionals carry over 90 years of combined experience and have delivered over $200 million dollars in savings. Our proprietary ES2 comprehensive solutions provide guaranteed lower energy costs while creating virtually no cost for the customer because the savings pay for any investments.

http://www.energysavers2.com/images/imgA0.jpg


ZERO COST VIRTUAL ENERGY ASSESSMENT

http://www.energysavers2.com/images/zero-cost.jpg
mailto: inquiries@energysavers2.com ? subject=INTELIGENT%20ENERGY%20360%20INQUIRY%20-%20ZERO%20COST> In today's rapidly evolving energy environment, businesses are constantly searching for the right innovative approach to identify energy efficiency opportunities and lower energy costs. Companies need to focus on two key areas: looking for the proper energy consulting allies and being able to implement programs which reduce energy costs.
Our Zero Cost Virtual Energy Assessment is a non-invasive, scoping process involving only the collection of your current energy status documents.
Energy Savers 2 offers a complete
Zero Cost Virtual Energy Assessment using only your company's existing energy data usage, retail energy provider billing history, and a current predominant use study in order to harness the untapped benefits that lie within a company's day to day energy use.
Unlike other self-proclaimed "energy consultants", our
Zero Cost Virtual Energy Assessment team includes certified energy procurement professionals, seasoned energy efficiency project managers, and registered, degreed professional engineers.

COMPETITIVE ENERGY PROCUREMENT

http://www.energysavers2.com/images/epro.jpg The process of purchasing energy in a deregulated market is both complex and time consuming. To date, the energy markets have yet to agree and converge around a single standard model. On the contrary, most authorities have undertaken different paths towards the opening of their markets due to political and economic exigencies. Consequently, at present, each market around the
US is unique as to structure, oversight, purchasing options, contract terms and conditions, available suppliers, transmission/distribution fees, taxes, and other charges. To make matters even more difficult, energy suppliers themselves have agreed to no standard in the presentation of pricing (or in contract terms and conditions) and typically only hold price quotations open for a few short hours.
Energy Savers 2 has built its reputation providing a better way to procure energy, one that is technology-enabled, expertly designed to foster competition among retail and wholesale energy suppliers. Energy Savers 2 acts as your independent & unbiased energy advocate by transacting energy commodities, electricity, natural gas, renewable energy, demand response, and green credits for your benefit.
Our objective is the same as yours-to obtain the most economical supply arrangement available and to further reduce costs as opportunities appear over the term. Your goals become ours. whether that means energy savings, budget certainty, a renewable energy portfolio, energy risk management or a combination of these approaches.

Energy Savers 2's supplier portfolio includes regional, national, and global electricity and natural gas suppliers, so you will have access to highly competitive pricing and a full array of energy management products and services that help you identify, understand, and manage the variables that affect the total price you pay for energy.


ENERGY ASSESSMENTS

Identify your opportunity for energy cost savings http://www.energysavers2.com/images/energy-ass-small.jpg> Domestic manufacturers spend more than $33 billion on electricity each year. Motors and lighting consume 84% of that total. More than half of those motors run pumps and fans, and pumps account for 20% of worldwide electrical demand. Much of that cost is caused by inefficient systems. Those unnecessary costs negatively affect your bottom line, and energy waste sabotages any energy conservation efforts that are part of a sustainable production program for environmental and social responsibility.
Not only do you need to meet your business and production goals, but global dynamics are forcing you to pursue energy reductions. Many companies can reduce energy consumption at their manufacturing facilities when a plan is implemented.
This energy plan starts with an Energy Savers 2
Energy Assessment. Our engineers will take an objective look around your plant floor to help implement an individualized plan to reduce energy consumption. An energy assessment will analyze all areas of energy usage at your facility, including electricity, gas, water, air and steam.

Maximize Your Investment and Help Improve Sustainability By performing an
Energy Assessment, we can help you create a sustainable plan by identifying conditions, evaluating existing project results and analyzing/monitoring data collected from electrical and mechanical systems. With energy costs being highly volatile, usage reduction is crucial. To help reduce energy costs, operations are energy assessments focus on:

* Optimizing asset and energy use

* Reducing fossil-fuel consumption

* Energy procurement negotiation

* Implementing co-generation

* Deploying alternative energy programs

* Managing peak demand energy consumption

* Reducing carbon footprint

* Energy cost as a production metric

PREDOMINANT USE STUDIES
http://www.energysavers2.com/images/predom-use-small.jpg>
For many manufacturers, processors, and fabricators, sales tax exemptions on the purchase of utilities, such as electricity, natural gas, steam, and water, can provide one of the single largest sources of tax savings in their operations. This tax exemption can result in hundreds of thousands of tax dollars saved annually. To lower your company's utility costs through the reduction or elimination of sales tax, a predominant use or exempt use utility study may be required to support the claim for exemption.
Energy Savers 2 provides predominant use studies for companies across a variety of industries to support their claims for sales tax exemptions on the purchases of utilities, such as electricity and natural gas. Utility study detail and certification documentation requirements vary from state to state, but in most cases, the power consumed to operate exempt equipment is considered an exempt use of that power.
In many states, meters that measure more than 50% of their power consumed operating exempt equipment generally qualify for a 100% exemption from sales tax. Energy Savers 2's knowledge and thorough understanding of all state and local tax laws and compliance requirements will ensure that your company submits an accurate utility exemption claim that substantiates the highest possible exemption percentage achievable.

INTELIGENT BUILDING ENERGY EFFICIENCY

http://www.energysavers2.com/images/img2A.jpg Energy Savers 2's, INTELIGENT Building Systems take advantage of intelligent building automation, modern communications, and emerging technologies to operate, monitor, and maintain a building in the most efficient and cost-effective manner. An INTELIGENT building will incorporate a range of technology services to greatly reduce energy consumption and maintenance costs while improving comfort levels and automating many of the tasks normally performed by people

http://www.energysavers2.com/images/img2D.jpg INTELIGENT Building Systems service offers a whole new approach to selecting and implementing technical systems in your facility. Our design team will serve as your product-neutral consultant to objectively ascertain the level of sophistication and integration your systems need, and to make recommendations for which systems best suit your business - resulting in a high performance building that achieves the long-term goals of your organization.

(In our continuing effort to make energy simple and approachable we chose to provide you with a "universal" definition of the key areas of focus for reducing consumption and operational costs.)

 ----------------

http://www.energysavers2.com/images/img3A.jpg
LIGHTING
The Problem - Over Illumination http://en.wikipedia.org/wiki/Over-illumination
The Solution part 1 - Intelligent Lighting Controls Compact http://en.wikipedia.org/wiki/Lighting_control_systemFluorescent Light aka CFL http://en.wikipedia.org/wiki/Compact_flourescent_bulb
L.E.D. aka Light-Emitting Diode http://en.wikipedia.org/wiki/LED#High-power
http://www.energysavers2.com/images/img3E.jpg>
HEATING, VENTILATION, AIR CONDITIONING aka HVAC
INTELIGENT Building Automation http://en.wikipedia.org/wiki/Building_automation
HVAC Control System http://en.wikipedia.org/wiki/HVAC_control_system
Distributed Control System http://en.wikipedia.org/wiki/Distributed_control_system
System Integration http://en.wikipedia.org/wiki/Systems_integration>

http://www.energysavers2.com/images/img42.jpg
ENERGY MANAGEMENT SOFTWARE
The tracking, trending, measurement, and
verification of your energy efficiency results.
Energy Management Software http://en.wikipedia.org/wiki/Energy_management_software

http://www.energysavers2.com/images/img45.jpg
DEMAND RESPONSE, REDUCTION, & SHIFTING

Demand Response http://en.wikipedia.org/wiki/Demand_response>
 http://www.energysavers2.com/images/img46.jpg
ENERGY STAR BENCHMARKING
ENERGY STAR RATING http://en.wikipedia.org/wiki/Energy_Star> http://www.energysavers2.com/images/img49.jpg>
LEED CERTIFICATION
Leadership in Energy and Environmental Design (LEED) http://en.wikipedia.org/wiki/LEED_certification

© Energy Savers 2 all rights reserved. Terms of Use http://www.energysavers2.com/disclaimer.php

http://www.greengeeks.com/

 *
UTILITY BILL AUDITS AND TARIFF OPTIMIZATION
Our utility bill audit and refund recovery services will help you secure the utility refunds you deserve. Our experience has shown that 7-11% of utility bills have material errors. Multi-site customers are challenged with trying to avoid these costly billing mistakes over a portfolio of facilities billed by various utility companies.
ENERGY SAVERS 2's utility bill audit and refund recovery solution combines our proprietary software analytics tracking system with our experienced staff members who are skilled at energy bill analysis and working directly with the utility companies to secure electric bill cost reductions and refunds on your companies behalf.
By leveraging ENERGY SAVERS 2's national tariff rate library, customers maintain a competitive advantage by staying informed of utility rate and tariff regulatory changes that work to their benefit. Our optimization process includes:

* Research and analyze alternative rates and tariffs

* Evaluate alternative rate tariffs, interpretations, applications and qualifications

* Analyze the current usage patterns to develop accurate load shapes

* Compare current rates vs. alternative rates

* Offer an alternative utility rate design when customer sponsored rates are needed

* Prepare necessary correspondence for utility providers

* Recover from utility companies


STATE MANUFACTURING EXEMPTIONS


* IDAHO Exemption on all utilities delivered by pipes, wires or mains http://www.energysavers2.com/man-tax-exp.php#
* WYOMING Actual percentage of utility used in manufacturing Study required http://www.energysavers2.com/man-tax-exp.php#
* UTAH Predominant use (51% or more of utility used in manufacturing allows for 100% exemption). Study with only taxable usage required http://www.energysavers2.com/man-tax-exp.php#
* COLORADO Beginning March of 2010, the exemption for industrial processes has been suspended but remains for agricultural processes. Lighting does qualify Study required http://www.energysavers2.com/man-tax-exp.php#
* TEXAS Predominant use (51% or more of utility used in manufacturing allows for 100% exemption). Predominant use study must have engineering statement on study. A licensed engineer must affix his or her stamp and sign attesting to the accuracy of the study OR the engineer must be a graduate from a accredited engineering school to sign off on the study Predominant use studies are required http://www.energysavers2.com/man-tax-exp.php#
* ARKANSAS Beginning July 2007 through June 30, 2008 state tax will be 4.5% vs 5% Beginning July 1, 2008 and thereafter, rate will be 4% vs 6% Utility must be used directly in manufacturing. Manufacturing area must be separately metered from taxable area http://www.energysavers2.com/man-tax-exp.php#
* OKLAHOMA Predominant use (51% or more of utility used in manufacturing allows for 100% exemption). Study required http://www.energysavers2.com/man-tax-exp.php#
* KANSAS Actual percentage of utility used in manufacturing Research & amp; Development does qualify Refunds and exemptions for water used in all or part of manufacturing and / or processing does qualify Refund period is now limited to 12 months Study required http://www.energysavers2.com/man-tax-exp.php#
* NEBRASKA Predominant use (51% or more of utility used in manufacturing allows for 100% exemption). Refunds and exemptions for water used in all or part of manufacturing and / or processing does qualify Study required http://www.energysavers2.com/man-tax-exp.php#
* LOUISIANA Beginning
July 1, 2008, sales and use tax rate reduced from 3.3% to 2.3%. After July 1, 2009, no tax applies to electricity and natural gas http://www.energysavers2.com/man-tax-exp.php#
*
MISSOURI There are two different ways to get exemption / refunds. Utility cost must be more than 10% of the total cost of production. To determine percentage take total production cost minus utilities cost then divide utility cost by production cost An application has to be submitted to the state (Form 1749E-10) for each calendar year you are claiming refund OR Tiered system Actual percentage must be calculated. (Square footage may be used) 1% through 25% used in manufacturing receives 25% exemption 26% through 50% used in manufacturing receives 50% exemption 51% through 75% used in manufacturing receives 75% exemption 76% and above receives 100% exemption Special exemption for use of recycled materials Study required http://www.energysavers2.com/man-tax-exp.php#
* IOWA Actual percentage of utility used in manufacturing Updates required every 3 years Research & Development does qualify Refunds and exemptions for water used in all or part of manufacturing and / or processing does qualify Study required http://www.energysavers2.com/man-tax-exp.php#
* MINNESOTA Limit of two(2) refund claims only per year (regardless of tax type) Actual percentage of utility used in manufacturing. Refunds and exemptions for water used in all or part of manufacturing and / or processing does qualify Research & Development does qualify Study required http://www.energysavers2.com/man-tax-exp.php#
* WISCONSIN Actual percentage of utility used in manufacturing Study required http://www.energysavers2.com/man-tax-exp.php#
* MISSISSIPPI Automatic reduction from the full tax rate down to 1.5% for utilities used in production. Taxpayer needs to obtain direct pay permit from state and remit the appropriate tax to state Water qualifies for exemptions. Study required http://www.energysavers2.com/man-tax-exp.php#
* TENNESSEE Reduction from the full tax rate down to 1.5% if you are a manufacturer Water does qualify No Study required http://www.energysavers2.com/man-tax-exp.php#
* KENTUCKY 100% exemption if the cost of natural gas and electricity exceeds 3% of the overall cost of production http://www.energysavers2.com/man-tax-exp.php#
* INDIANA Predominant use (51% or more of utility used in manufacturing allows for 100% exemption) If less that 50%, then a refund is available but no future exemption is granted. Annual refunds must be applied for from State Refunds and exemptions for water used in all or part of manufacturing and / or processing does qualify Study required http://www.energysavers2.com/man-tax-exp.php#
* MICHIGAN Actual percentage of utility used in manufacturing. Research & Development does qualify Study required http://www.energysavers2.com/man-tax-exp.php#
* MAINE 95% exemption if manufacturing occurs. No Study required http://www.energysavers2.com/man-tax-exp.php#
* VERMONT Actual percentage of utility used in manufacturing Valid for three years only Study required http://www.energysavers2.com/man-tax-exp.php#
* NEW YORK Actual percentage of utility used in manufacturing. Research & Development does qualify Utility company applies 100% exemption on bill Taxpayer accrues and pays taxable portion to State using form ST100 Study required http://www.energysavers2.com/man-tax-exp.php#
* MASSACHUSETTS Predominant use (75% or more of utility used in manufacturing allows for 100% exemption). Refunds and exemptions for water used in all or part of manufacturing and / or processing does qualify Research & Development does qualify Study required http://www.energysavers2.com/man-tax-exp.php#
* RHODE ISLAND Actual percentage of utility used in manufacturing Study required http://www.energysavers2.com/man-tax-exp.php#
* CONNECTICUT Predominant use (76% or more of utility used in manufacturing allows for 100% exemption) If less than 75% used in manufacturing, partial exemption is possible Study required http://www.energysavers2.com/man-tax-exp.php#
* PENNSYLVANIA Actual percentage of utility used in manufacturing Lighting in plant qualifies Study required http://www.energysavers2.com/man-tax-exp.php#
* NEW JERSEY Must be in Enterprise Zone. Must employ at least 250 people. Several other highly restrictive exemptions for qualifying companies available <http://www.energysavers2.com/man-tax-exp.php#>
* MARYLAND Predominant use (51% or more of utility used in manufacturing allows for 100% exemption). Study required http://www.energysavers2.com/man-tax-exp.php#
* WEST VIRGINIA All utilities are exempt http://www.energysavers2.com/man-tax-exp.php#
* VIRGINIA All utilities are exempt http://www.energysavers2.com/man-tax-exp.php#
* NORTH CAROLINA Reduced tax rate to 2.83% Can be reduced to .17% of megawatt volume of electricity received during the previous calendar year is more that 900,000 for the next fiscal year http://www.energysavers2.com/man-tax-exp.php#
* SOUTH CAROLINA Actual percentage of utility used in manufacturing Study required http://www.energysavers2.com/man-tax-exp.php#
* GEORGIA Effective 1/1/2011, in order for manufacturers to qualify, the average annual direct cost of electricity must exceed 50% of the average annual cost of all production materials including the cost of electricity http://www.energysavers2.com/man-tax-exp.php#
* FLORIDA Tiered exemption system used for electricity exemptions Under 50% used in manufacturing does not qualify for exemption 50% through 75% used in manufacturing receives 75% exemption 76% and above used in manufacturing receives 100% exemption Only specific industries qualify. Check SIC code in classification manual Study required. http://www.energysavers2.com/man-tax-exp.php#

ENERGY INCENTIVES

Energy Efficient Commercial Building
Deduction: Only 10 percent of qualifying projects utilize this Deduction.
Don't miss out.
As part of the Energy Policy Act of 2005, the Commercial Building Deduction encourages companies to "Go Green" to not only save money on their utility bills, but on their tax returns as well. This tax incentive is often referred to as EP Act and is codified in §179D of the IRS tax code.
How it Works
Commercial building owners can take a Federal tax deduction of up to $1.80 per square foot of the building's floor area if they install property that reduces energy and power costs. These installations need to be a part of the building's interior lighting systems, heating, cooling, ventilation, hot water systems or building envelope. The deduction is allowed for both new construction and remodeling and the building must be placed in service between 2006 through 2013.
To achieve the maximum $1.80 deduction, energy and power costs must be reduced by at least 50 percent when compared to a reference building. If a building comes in under 50 percent, it may still qualify for a deduction of $.60 or $1.20 per square foot by looking at individual systems. For partial deductions, the requirement for the building envelope is a 10 percent improvement. For lighting and HVAC/hot water systems, the improvement must reach a 20 percent threshold. Additionally, there are special rules for lighting-only projects applicable to both new construction and retrofits, which use a graduated scale. The standards for the reference building are somewhat dated and the thresholds can often be met through current design techniques.
Note that this Federal tax incentive is a deduction rather than a tax credit, meaning that the cash benefit is calculated by multiplying the deduction times the tax rate, which is usually 35%.
Examples of Energy-Efficient Building Materials and Systems
*
High-efficiency insulation in walls, ceilings and floors
*
Automatic thermostats, lighting controls and other monitoring equipment
*
Energy-efficient fixtures
*
Ultra-efficient air conditioners and furnaces
*
High-performance glazing and other energy-efficient materials on the building envelope
*
Natural ventilation
*
Day-lighting
*
Improved fan efficiency
Claiming the Deduction
*
The deduction is available to both new construction and remodeling of commercial buildings performed between 2006 through 2013.
*
The building must meet energy and power costs reduction standards as detailed in ASHRAE Standard 90.1-2001, Energy Standard for Buildings Except Low-Rise Residential Buildings (effective
April 2, 2003).
*
An independent, qualified individual must verify and certify that the property installed satisfies specific energy efficiency requirements using IRS-approved software.

How We Can Help
*
Calculate the amount of the additional deduction
*
Coordinate with your tax preparer to claim the deduction
*
Seek assignment of deduction from government agency, if required
*
Amend tax returns or file a change in method of accounting, if necessary
*
Certify the energy efficiencies, which may require:
*
Review of construction documents;
*
Site visits; and
*
Discussions with building designers, project managers and related personnel.

State Incentives: Tax Deductions, Credits, Grants, and Rebates
As part of our energy assessment process, ENERGY SAVERS 2 reviews your opportunity to qualify for state incentives which may be applicable to your Company's situation.

Alternative Fuel Generation Incentives:
If you are considering a capital investment in alternative fuel generation facilities for back up energy generation, ENERGY SAVERS 2 can facilitate this process. Upon completion of our 360 degree energy assessment study, we can review the energy findings with qualified, alternative fuel generation manufacturers, suppliers, and alternative fuel energy engineers. Upon confirming "Positive ROI" investment options which meet your immediate and future alternative fuel generation needs, we can manage the alternative fuel generation implementation process from planning to completion.

ENERGY DATA

http://www.energysavers2.com/images/DATA.jpg

 
ENERGY DEREGULATION
 http://www.energysavers2.com/images/img4A.jpg In the past, one utility provided the three components of your energy service: generation, transmission and distribution. Legislatures and the public utility commissions (PUC) of many STATES http://www.eia.gov/cneaf/electricity/page/restructuring/restructure_elect.html have created competition for electricity and natural gas supply. This allows consumers to choose their energy supplier, while the delivery of the energy is still regulated and is the responsibility of the local utility company.

Deregulated Generation: With deregulation, you're able to go direct and choose the company that produces energy, or the company who buys it on your behalf to sell to you.

Regulated Transmission and Distribution: This is the actual delivery of electricity across poles and wires and natural gas through pipelines to your business by your local utility company. Your utility company is responsible for maintaining the poles and wires, or pipelines, and responding to emergencies and power outages. The public utility regulates transmission and distribution to ensure the safety and reliability of your services.
 

OUR CLIENT FOCUS

http://www.energysavers2.com/images/industry.jpg

MANUFACTURING & INDUSTRIAL clients are the primary focus of Energy Savers 2's energy cost savings strategies. We think of ourselves as a boutique energy services company, with a specialized emphasis on devising successful energy plans for our manufacturing and industrial clients.
Our Zero Cost Virtual Energy Assessment is an industry first. Several of our manufacturing and industrial clients also qualify for a free Predominant Use Study, which is a necessity for achieving tax savings in states with manufacturing exemptions. By understanding our manufacturing and industrial clients energy needs through numerous, previous engagements performing energy procurement, energy assessments, tax & utility billing audits, energy efficiency retrofits, and predominant use studies, we are your best choice for partnering with on your energy goals. Unlike typical energy brokers and consultants, we have a complete team of electrical engineers and certified energy professionals for formulating a comprehensive 360 energy strategy for any manufacturing or industrial facility
 
http://www.energysavers2.com/images/RESTAURANT.jpg

THE RESTAURANT INDUSTRY, as a whole, reports single digit profitability averages annually. Recent studies show that in the food and beverage industry nearly 6 out of every 100 dollars earned goes to energy. Because of the relatively low margins, reducing overhead costs is key to increasing cash flow.
 http://www.energysavers2.com/images/HOTEL.jpg

THE HOTEL AND LODGING INDUSTRY must find ways to cut overhead and operational costs while creating an excellent customer experience in order to maintain profitability. With most hotels staying open 24/7/365, energy use is one of the easiest expenditures to target allowing for a short payback period and immediate savings. In fact with an average of 24% of a hotel's energy usage tied to lighting alone, an 81% reduction in lighting costs can translate to the equivalent of an Average Daily Rate (ADR) increase of up to $2.44.


http://www.energysavers2.com/images/RETAIL.jpg


RETAIL: When a prominent NYC retailer contracted to review its various stores utility expenses, with the client's authorization, we contacted the electricity supplier and discovered that the over-billing was a result of a misapplied meter multiplier. Further investigation revealed that along with the misapplied meter multiplier, the client was being billed in accordance with the meter readings of a much larger neighboring store. The meters were subsequently properly tagged and previous erroneous billings were corrected. A refund of $75,000 and an on-going cost reduction of nearly $400,000 per year.
http://www.energysavers2.com/images/GROCERY.jpg

GROCERY: for grocers, it takes $50 - $80 in sales, on average, to match the cash flow produced by $1 in energy cost savings. On a 40,000 sq. ft. store, over 5 years, a 21% reduction in energy adds almost $210,000 to cash flow at the bottom line. This is the equivalent of adding $2-4 million annually in sales at the top line.
A full-service real estate investment and management company, owns and operates commercial and industrial facilities with Energy Star scores ranking from the 10th to 95th percentile compared to nationwide commercial properties. A study of 31 selected commercial properties identified facilities that exhibit high potential for optimization through operational and physical site improvements. It also identified low/no cost tuning plus operating and maintenance actions for improvement of building performance. Over 73 improvement measures were identified. This has resulted in the average improvement of Energy Star scores by over 29 points on average. Facilities have reduced electric consumption by as much as 51% with monthly savings of over $18,720.
* Improve asset value
* Reduce energy consumption by 51% in new construction projects and up to 36% in existing properties.
* Lower operations and maintenance expense.
* Increase tenant comfort and satisfaction.
* Distinguish your properties in the market
 http://www.energysavers2.com/images/HOSPITAL.jpg
 
SURGERY CENTERS/MEDICAL BUILDINGS:
The Medical Building Tune-Up Program (MBTU) from Energy Savers 2 is designed to deliver cost-effective, long-lasting energy and demand savings by offering medical-focused engineering services, including building retro-commissioning analysis and energy efficiency measure implementation assistance.
In addition, the Medical Building Tune-Up Program quantifies a building's energy benchmark and provides financial incentives for the installation of qualified retro-commissioning measures. Customers receive a detailed engineering report tailored to their needs, addressing all of the energy efficiency opportunities identified and the associated financial incentives.
Energy Savers 2 provides a team of engineering experts who spend time with building operators, collect information, troubleshoot problem areas, assess system operations and performance, and recommend measures to improve system operations - and reduce energy consumption.

http://www.energysavers2.com/images/AUCTION.jpg

ONLINE AUCTIONS for natural gas, electricity, green energy and Demand response in which suppliers bid against each other, driving down prices, to win a customer's business. In advance of the auctions, we work closely with the client to understand their energy needs across the business and develop an appropriate go-to-market strategy. Acting on the clients behalf, we collect usage data from all the locations, and synthesize that information into electronic RFPs marketed to the supplier community. This expert preparation contributes to a highly liquid, competitive, and transparent pricing events that attract multiple suppliers ultimately delivering excellent price discovery and favorable contract terms.

Below are the current states listed for Manufacturing Exemptions. For the individual state's exemption details put your mouse over that state marked with an "E".

Arkansas
Colorado
Connecticut Florida
Georgia
Idaho
Indiana
Iowa
Kansas
Kentucky
Louisiana
Maine
Maryland
Massachusetts
Michigan
Minnesota
Mississippi
Missouri
Nebraska
New Jersey
New York
North
Carolina
Oklahoma
Pennsylvania
Rhode Island
South Carolina
Tennessee
Texas
Utah
Virginia
Vermont
West Virginia
Wisconsin
Wyoming


"Water is the source of life, treasure it!" by YJ Draiman

Sunday, December 25, 2011

With more research, the solar thermal method might allow for storing energy

"With more research, the solar thermal method might allow for storing energy. Currently, all solar power is hampered by a lack of storage capability." They are certainly right. In fact, a lack of storage capacity hampers a lot of things.
While there's been a lot of talk about coupling energy storage to solar (and wind) power, there are additional reasons for addressing our lack of storage capability. In fact, storage technologies can act as a "shock absorber" for the whole grid and can help address some of the key challenges facing the industry, including efficiency, reliability, and security. Simply put, energy storage is good for the grid.
The current electric power system is built around a central tenet: electricity must be produced when it is needed and used once it is produced. Bulk energy storage technologies break this antiquated linkage by allowing operators to produce and store electricity for later use -- as one would in other commodity markets.
Bulk energy storage also benefits all of us by creating a reserve that could be tapped in case of national emergency, much like the petroleum reserve. After all, our entire economy -- including our national defense capability -- runs on electricity. If key parts of the grid are taken out, and there is no electricity reserve at the ready, what happens then?
Emergency back-up power more often than not means diesel generators, and as we saw during the blackout of 2003, many diesel generators either couldn't get up and running or ran out of fuel before the lights came back on.
More specifically, however, storage benefits the energy consumer by providing a risk-management strategy, and it benefits the energy generator by making its assets more productive and efficient. As electricity demand continues to increase over time, existing generation assets must achieve greater efficiencies -- for both market and environmental reasons.
The amount of electricity flowing through the grid at any one point is determined not only by consumer demand but by physics as well. The grid itself requires a certain level of electricity flow in order to maintain its integrity. Ramping power up or down without taking grid requirements into consideration risks destabilizing the grid and costs money. So, during off-peak hours, coal facilities ramp down their utilization rate while nuclear facilities provide the baseload power needed to stabilize the grid. As additional power is needed, coal facilities are instructed to increase generation to meet demand. (Whether you like coal or not, by capacity coal-fired plants represent the largest fleet of power facilities). This process is called load following.
Coal plants follow the load requirements of the grid by ramping up or down as needed. The problem with this is that it wreaks havoc on coal plant systems, lowers overall efficiency, increases O&M budgets with additional maintenance, and results in shorter life spans of critical equipment.
However, if coal plants were not required to ramp down during off-peak periods -- nighttime -- but could instead continue to generate power and store it for release during the day, these facilities would not be required to perform as much of the load-following role as they currently do. Instead, power generators can provide power in long-duration (and more efficient) discharges and then use stored energy to provide low-cost ancillary services such as load following and spinning reserves. This would increase a plant's capacity factor, a measure of asset productivity, and reduce systemic stress and the costs required to address that stress. Utilized in this manner, large-scale storage helps offset the need for some additional peaking capacity, but is focused more as a system optimizer than generation replacement.
Coupled with storage, a generation facility can also gain much-needed flexibility during the critical scheduled "outage" seasons (when units are taken out of service for planned maintenance) of the spring and fall to avoid spot make-up purchases.
Other optimizing roles for storage include improving the economic and environmental profiles of fossil assets by reducing regular dispatch and cycling costs. Storage lowers the fixed-cost-per-unit output, improves the economics of these capital-intensive facilities, and helps them to run in a more efficient -- both operationally and environmentally -- manner that lowers overall per-unit production cost.
And, of course, coal facilities must also deal with their impact on the environment. Because emission limits (NOx restrictions, etc.) can constrain a power facility from operating maximally during peak times such as summer, they are often forced to operate at partial power. Unfortunately, when operating at partial power, plants are less efficient and have higher emissions per unit of heat input. Storage could help these facilities reduce their total emission per unit of output by shifting some production to the evening when the facility could run at its rated -- instead of partial -- generating capacity. And, by producing more power at night, air quality near the coal facility is improved since ozone-induced haze, a by-product of NOx, O2, and sunlight, is less likely to develop.

Alternative Energy Today

Alternative Energy Today


Alternative energy today are growing in importance today because of environmental reasons and the rising prices of fuel.

With people in most parts of the world experiencing unprecedented high prices of fuel at the gas pumps, and the cost of heating American homes in winter projected to soar by almost fifty percent, the importance of finding ways to lower the costs of energy used for transportation, businesses, homes and schools has been growing. Fossil fuels are our primary sources of energy, and these are depleting at a phenomenal rate, with populations and development increasing around the world, creating an insatiable hunger for them. Some scientists are of the opinion that if fossil fuels continue to be consumed at the rate they are, they will be practically exhausted by the time this century ends. Apart from factors like the cost and the supply, scientists have been warning for long that burning fossil fuels is causing damage to the environment, which will lead to catastrophic results for life on our planet. Hence, it has become a primary concern the world over to find and develop alternative energy sources to power our automobiles, businesses and homes, so that we can preserve the environment of the only home we humans have - Mother Earth!

In order to understand just how alternative energy sources can help in preserving the earth's delicate ecological balance, and also to help in conserving its non-renewable sources of fuel, we need to know what kinds of alternative energy resources we already have, which can be incorporated in our daily lives, along with their advantages and disadvantages. Given below are a few of the most popular ones:

Solar Power: Solar power is generally used for cooking, heating, the generation of electricity, and so on. It works by the sunlight being trapped into solar cells where it is turned into electricity. Silicon is mounted under non-reflective glass, which creates solar panels. These panels collect the photons given off by the sun, which is turned into DC power, which then goes into an inverter. The inverter turns this power into the AC power that is used in homes and other places.

Advantages – This is a practically endless renewable source of energy, because we can get this energy as long as the sun exists. Since there is no chemical reaction due to fuels being combusted, solar power does not create any air or water pollution. This source of energy is already in use for practical purposes like heating pools, water tanks, and spas, and in lighting.

Disadvantages – The biggest disadvantage is that energy cannot be produced when the sun does not shine, such as in cloudy days and during the night. It can be expensive to build solar power stations.

Wind Power: This form of energy is extracted by harnessing the wind's power to propel the blades of wind turbines. The rotary motions of the blades of the turbines are then converted into electricity with the help of an electrical generator. In the windmills of the past, the energy derived from the wind was used for turning mechanical machinery to pump water or crush grain. These days, wind farms containing wind towers are used to generate electricity, which is used in individual homes and national electrical grids.

Advantages – There is no pollution created by wind power, hence there is no damage to the environment. Plus, since there are no chemical processes taking place, as it happens when fossil fuels are burnt, no harmful by-products are left over. Also, as wind power is a renewable energy source, there are no chances of running out of it. Grazing and farming can take place in the land where wind turbines are erected, hence the land is put to other uses too, plus also help in producing another good source of alternative energy, biofuel. Wind farms can also be built off-shore.

Disadvantages – The generation of wind power is sporadic, since consistent and continuous wind is required for generating power continuously. If the speed of the wind decreases, the turbine slows down, resulting in less electricity being generated. Also, many people think that large wind farms affect the scenery negatively.

Geothermal Energy: The word 'geothermal' literally means 'heat from the earth'. This form of energy is derived by harnessing the energy of the heat present beneath the surface of the earth. Water is heated by the hot rocks deep underground, which produces steam. If holes are drilled in the area, steam is released, which is purified and used for driving turbines, which then power electrical generators.

Advantages - Geothermal energy creates no damaging after-effects, when done correctly. The plants, once built, are usually self-sufficient, as far as energy is concerned. These plants are usually small, and hence do not mar the natural landscape.

Disadvantages – Geothermal does have the potential of producing pollutants if not done correctly. If the drilling is done incorrectly, hazardous gases and chemicals can be released. Geothermal sites have a tendency of running out of steam.

Biomass Energy: This is a form of energy that is relatively unused in most parts of the world. However biomass research and production are being funded increasingly. This energy is created by using plant materials. It is another good source of renewable and relatively clean energy.

Advantages - It is an abundant source of energy, since it can be found in every part of the earth as trees, seaweed, or dung. It can be easily converted into fuel like gas or alcohol. Also, it is much cheaper compared to other alternative energy sources. The production of biomass often means the restoration of waste land, such as deforested regions. Since plants absorb carbon dioxide, the production of biomass energy does not result in the net increase of this gas.

Disadvantages - It does have the potential of contributing to global warming as well as lead to particulate pollution if it is burned directly.

These are just a few of the alternative energy resources being thought about and used around the world. As the need for such resources becomes more acute, there will be increased funding for the research and production of many other such sources.

AMERICA DESERVES A SAFE, CLEAN, AFFORDABLE ENERGY FUTURE

America deserves a safe, clean, affordable energy future





A forward-looking, responsible energy policy includes four basic principles, all of which can be achieved with technologies available today. Good energy policy should:
  • Protect public health and the environment by promoting clean, renewable energy sources and energy efficiency technologies to reduce our reliance on polluting fossil fuels and nuclear power.
  • Protect consumers and taxpayers by eliminating subsidies for polluting industries and strengthening consumer protection laws.
  • Enhance our energy and national security by reducing our dependence on oil.
  • Avoid drilling in America's natural resource heritage, and protect special places on our western public lands and in fragile coastal ecosystems.

Renewable Energy

Tapping the Earth’s Potential





The term "renewable energy" refers to the use of the Earth’s systems and cycles to generate energy that humans consume on a daily basis. We have the technology to utilize the movement of the wind and water, the heat and light of the sun, and heat in the ground to create the electric power on which our society has come to depend.
Wind energy converts the power available in moving air into electricity. Wind power does not produce air emissions, generate solid waste, or use water.
Biomass is energy from trees and plants. This includes crops that are grown specifically for energy production and organic wastes, such as wood residues from paper mills and methane from landfills. Using biomass to generate electricity reduces global warming emissions if new plants are grown to replace those that are harvested.




Geothermal energy uses heat from inside the earth to make clean power.
Solar power captures the heat and light of the sun to generate electricity. Solar energy does not produce air emissions, generate solid waste, or use water.
Hydroelectric power captures the energy in falling water. It does not produce emissions or solid waste, but can have a relatively low or high impact on the environment, depending on the site-specific factors such as maintenance of water flow and water quality, fish impacts, and other land use issues.
At the present time, we get most of our electricity from the burning of fossil fuels. Fossil fuels include coal, oil and natural gas. The U.S. currently generates more than half of its electricity using coal, the most polluting of fossil fuels. Fossil fuels differ from renewable energy sources because there is a limited or finite supply of these fuels, which will eventually run out if we continue to consume them at the current rate. Burning fossil fuels pollutes our air, water, and land, therefore causing harm to human health and contributing to global warming.




Only two percent of our electricity comes from renewable energy. However, advances in renewable energy technology have made large-scale commercial development economically feasible. The United States is blessed by an abundance of renewable energy resources from the sun, wind, and earth. We need to begin to tap these potential resources in order to protect our environment and decrease our dependence on fossil fuels.
In order to increase our use of renewable energy sources, NET advocates for the enactment of policies that would encourage the development and adoption of renewable energy technologies. NET supports the establishment of a Renewable Energy Standard, which would require that a certain percentage of our nation’s electricity come from renewable energy.

Fuel Cells and the Hydrogen Economy

What is a fuel cell?
A fuel cell is a device that converts the energy of a fuel (hydrogen, natural gas, methanol, gasoline) and an oxidant (air or oxygen) into electricity. The principle behind fuel cells was discovered in 1839. Using fuel cells to generate electricity dates back to NASA’s Apollo and Gemini missions - they are still used in space shuttles today. Fuel cells can be used to generate energy for cars, buses, homes and industry, as well as cell phones and laptops.

What are the advantages of fuel cells?
When fueled with pure hydrogen, fuel cells produce zero emissions of air and global warming pollutants such as carbon dioxide or sulfur dioxide. Even when fueled with fossil fuels as a source of hydrogen, fuel cells offer significant improvements in energy efficiency, as they remove intermediate steps - like combustion - and mechanical devices such as turbines and pistons. Fuel cells can use hydrogen derived from a variety of sources including natural gas, biomass, wind, and solar energy.

Are fuel cells being used commercially?

Fuel cells already are coming into use now in commercial applications. Several fuel cell buses are already employed in public transport systems in cities such as Chicago. The largest new market opportunity

available to fuel cell technology is the use of fuel cells in cars. In March 1999, Mercedes launched a prototype fuel cell car.
Are there different kinds of fuel cells?
There are many types of fuel cells, including PEM (Proton Exchange Membrane, which is used for small-scale applications like vehicles), molten carbonate (used for large-scale operations such as power plants), and alkaline (which is used by NASA).

What’s NET’s position on fuel cells?
NET supports U.S. commitment to leading and accelerating the adoption of fuel cell technology by:

  • Initiating a “Manhattan Project” to develop fuel cell technology to speed commercialization at economically viable prices.
  • Creating government funding to construct the fuel delivery infrastructure necessary to ensure that hydrogen and other alternative fuels are readily available by the year 2030 as gasoline is today.
Different Applications for fuel cells.
Fuel cells can be used to generate energy for cars, buses, homes and industry, as well as cell phones and laptops.

For more about Fuel cells, see:

Electric cars are they conserving energy? Rev2

Electric cars are they conserving energy? Rev2

Note: Electricity is a secondary form of energy derived by utilizing another 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 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.

How much of the initial source of energy do 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.

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 road tax on fuel, these funds are used to build and maintain the highway infrastructure

YJ Draiman, Director of Utilities & Sustainability

“It is Cheaper to Save Energy than Make Energy”



Will High Electricity
Rates Drive
Innovation?

Thursday, December 15, 2011

Renewable Energy Manufactures/suppliers should use their own product to manufacture.


Renewable Energy Manufactures/suppliers should use their own product to manufacture.

The manufacturers’ of Solar Panels and other forms of renewable energy with related support products manufactures/suppliers - should have at least the decency to practice what they preach what they market to the public.
That would be the best marketing approach I can think off.
If they believe in the product they manufacture/sell, they should utilize it to its fullest potential.
It will give the manufacturer the actual experience of utilizing the product on a daily basis, view and experience any shortcoming or improvements that are needed, implement the improvements and capitalize on that revision to improve the product and its performance.
This will instill confidence in the public to purchase the product.

YJay Draiman, Energy Analyst

PS
What kind of car are the executives of the automobile industry are driving.
As with any new technology, PV will become more efficient, cheaper and cleaner to produce. In order for this to happen we (Governments / NGOs / Individuals) need to invest more time and money into making PV viable, e.g. through increased incentives, regulations, technical standards, R&D, manufacturing processes and generating consumer demand.
Just like the automobile industry, the manufacture used its own product.
Over the years the automobile industry and technology has evolved from the early 1900 to what it is today the year 2011.
I predict that in 10 years the automobile we know today will change drastically for the better, with new fuel technology and other modification that will improve its scales of economy and features.