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SW Energy offer a part ESCo credit billing service option which sees SW Energy take liability for recovery losses, debt risks, meter & Mbus maintenance, unlimited call outs (for meter faults) procuring and paying for gas supplies including deposits and take or pay losses etc.
My account register for my account step 1 Xcel energy's my account online service this service will provide you with the ability to access your account online and review your billing and payment My account register for my account step 1. Did you know that Casting For Brianna On Outlander has become the most popular topics on this category?
Consumers Energy was found in 1990, it offers grant programs, corporate and employee volunteer's service, etc.
Consumers Energy is the principal subsidiary of CMS Energy, an international corporation that is a leader in energy infrastructure businesses. Consumers Energy's electric and natural gas customers can review and pay their bills electronically through the utility's new Online Billing service.
The full amount of your Consumer Energy monthly bill will be charged automatically to your Visa card on the date your bill is presented. If your account is enrolled in the No-fee Monthly Visa or Direct Pay payment options, then you will not be able to make a PON payment as your payment will be deducted in the manner you previously authorized. The Consumer Energy’s monthly bill will be deducted automatically from your financial account on the date your bill is due. If you want to pay your Consumer bill near your area, then go to the official website, where you can see at the right side of the homepage, eService section, where you can see Find a local paystation option, click on it and open a location page, Select the city for which you would like to see a list of locations, then click Submit button. When it comes to evaluating home energy performance, most Florida Homeowners receive their feedback in a very recognizable, and not always welcome, form: a dollar amount due to the utility on their monthly energy bill. To understand energy baselines and comparisons, let’s first begin with the reading on your electricity bill. In order to determine how much to bill their customers, utilities need to record how much each individual home uses. To read an analog electric meter, look at the circular dials that resemble the face of a clock. When assessing home energy performance or energy savings you need a baseline or benchmark, as a starting point, to measure from.
In the real world, people use many different types of baselines to compare their energy use.
Energy simulation models use detailed information about the building’s characteristics (design and construction, materials) and about its mechanical systems (heating, air-conditioning, appliances, and lighting).
There are 10 standard, 40-watt incandescent lights and we assume that they will each be on for an average of 3 hours per day.
In energy simulation models, the logic used in the example above is simple, but in a building energy simulation software, this is repeated and compounded for each electric component in the home (like heating, air conditioning, appliances, electronics, etc.).
The simplest version of a data-driven baseline would be a basic time series comparison that looks at energy consumption in the same building in a prior year. One approach is to “normalize” the weather to account for differences in heating and cooling use from one year to the next. Weather normalization models must incorporate assumptions about the portion of energy consumption used for heating and cooling because base energy consumption is generally unaffected by weather.
Florida homeowners have access to several online energy simulation modeling tools to assess their energy performance. The survey tools mentioned allow homeowners to enter information about their homes, their families and their behaviors and provide expected energy consumption for the home along with tips and strategies to lower energy use. Note that most energy simulation modeling tools provide estimated energy use baselines in kilowatt-hours per year or dollars per year so you will need 12 months of energy records to measure performance against the baseline provided by the model. Gathering your past energy records, viewing comparisons on your utility bill, and using the online energy simulation modeling tools listed above will provide homeowners a good starting point for assessing their energy performance. Rates are higher on this option to reflect the additional services we provide and financial liabilities undertaken. The most of Consumers Energy customers choosing online billing facility has grown progressively in the first decade of that free service and save time and money. Consumers Energy is now one of the first major Michigan corporations to provide customers a natural gas and electricity to more than 6 million of Michigan's, 10 million residents in all 68 Lower Peninsula counties. They purchase electric power from a number of sources such as, nuclear plant and gas-fired Midland Co-generation Venture.
Usually, the only way to gauge how your home performs is to take the difference between the consumption of your current month, and compare it to previous bills. The utility provides an electric meter that keeps a running tally of the total amount of electricity, in kilowatt-hours (kWh), used in the home. When the weather is mild, in the spring and fall seasons, less energy is needed for heating and cooling. Baselines for home energy performance are different for different types of houses and they vary over time in relation to weather and other factors.


Some might talk with friends or neighbors about their utility bills as a basis for comparing energy consumption while others might rely on online survey tools or a professionally conducted energy analysis. Insulation values (R-value[5]) of the floors, ceilings, walls, windows, and air-tightness (leakiness) of the building help determine the heat load (how fast the building will heat-up or cool-down to meet outdoor temperatures). When all 10 lights are on at the same time they will use 400 watts of electricity (10 lights ? 40 watts = 400 watts). Department of Energy (DOE) provides a Building Energy Software Tools Directory that lists hundreds of software platforms and applications, many of which rely on the four foundational simulation programs that provide whole building energy analysis, assess compliance with energy codes and standards, assess building materials, components, equipment and systems, and evaluate environmental impacts.
Statisticians, economists, building managers or utility staff, generally use data-driven models to assess performance or energy savings related to green building initiatives or energy conservation measures. Weather normalization usually involves calculating heating and cooling degree-days (HDD & CDD respectively) to approximate how much heating or cooling would be needed against a base temperature.
In general, comparison group baselines are made up of homes in the same geographic area, with similar occupancy, in the same time period. Online energy audits available through the USDOE Home Energy Saver and the Florida Department of Agriculture and Consumer Services (FDACS) My Florida Home Energy are good starting points for creating baselines of home energy use. The webpage shown in Figure 3 is the home page for the My Florida Home Energy website. My Florida Home Energy provides a library of information about energy efficiency tips and technologies, available incentives, finding contractors and financing options. Your utility may provide access to your past energy records when you call or log in to their website[6]. The goal of the consortium is to become a world leader in energy research, education, technology, and energy systems analysis. Energy consumption is the amount of energy used over a period of time and is generally measured in kilowatt-hours.
Peak energy consumption and base energy consumption are used to describe energy consumption (kWh) during longer periods of time like months or seasons. We had taken this image from the web that we feel would be one of the most representative pictures for Film Irani Ghadimi.
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Currently 400,000 people are using online billing service and get various benefits of online bill payment. They offer online bill payment facility, manage account online, economic development, gas safety service, business services, etc. They offer various bill payment options including, ebill, by check, Credit card, email, etc. Visa debit cards with personal identification numbers may not be used for this payment option.
You can link directly from the e-mail to the eServices sign in page to view a printable PDF version of your energy bill. They are issued by one of the credit card companies listed there and have an expiration date.
Some utilities offer tables and charts of historical consumption so that homeowners can track their usage, but when it comes to energy performance, how do homeowners know how their home is doing overall?
Electric meters can either be analog, with a series of dials like in Figure 1, or they can be electronic with a digital display. For each dial the arrow will be between two numbers and the reading is taken as the lower of the two numbers, just like a clock! Months in the spring and fall are considered “shoulder months” where water heating, appliances, electronics, and lighting create “base energy consumption”[3] within a home. This section will provide a general overview of energy baselines and how they are used to measure energy performance in homes. There are two general approaches[4] to creating energy baselines for buildings; energy simulation models and data-driven models. Information about efficiencies of the mechanical systems, and assumptions about how they will be used, provides an expected energy use for the building. Used for 3 hours per day, they will consume 1,200 watt-hours per day (400 watts ? 3 hours = 1,200 watt-hours). The most common energy simulation models used in Florida (“Florida House Bill: HB7147” 2014) are the DOE’s Home Energy Score, the Commercial Energy Services Network’s (COMNET) Commercial Buildings Energy Model, and the Residential Energy Services Network’s (RESNET) EnergyGauge USA.
Utility billing data, basic building characteristics, and weather data are used in ways ranging in complexity from simple pre- versus post- energy consumption to advanced econometric statistical models. The larger question the baseline answers; is the building using more or less energy than it did in the past?
A degree-day is the difference between the average temperature during a day and an assumed comfortable temperature for the home.


Many times, comparison groups can be selected from the same residential subdivision or surrounding neighborhoods. Fluctuations in energy load are very important to utility providers in optimizing energy production. You can also ?solve PDF issues by reconfiguring your browser to work with Acrobat or Reader plug-in. Following are details regarding Consumers Energy Online Bill Payment service and other related information.
Consumers Energy is going to help people solve the problem of environmental pollution with professional energy saving solutions.
You will need your 12-digit Consumers Energy account number and the amount due when calling. When temperatures are more extreme, in summer and winter seasons, energy used for heating and cooling add to the total energy used in a home resulting in “peak energy consumption” periods.
Energy simulation models are generally used by engineers, field technicians, or building managers by entering building characteristics into desktop software platforms or online survey tools. One thousand watt-hours is equal to one kilowatt-hour (1,200 watt-hours ? 1000 kilowatt hours per watt = 1.2 kilowatt-hours).
Of these, RESNET’s EnergyGauge USA platform may be the most familiar to Florida homeowners as it underlies the Home Energy Rating System (HERS) index used to qualify buildings that meet the Florida Building Code 5th Edition (2014), Residential, the U.S. Common types of data-driven models are time-series models (pre- versus post-), weather normalization models like the Princeton Scorekeeping Method (PRISM), and comparison group models.
The sample utility bill in Figure 2 gives a comparison of daily electricity use between the current usage and the usage for the same month in the previous year. Similar homes are selected either by a data analyst or by using a statistical model like regression or cluster analysis. Fluctuations in energy consumption can provide important feedback to help homeowners prioritize efficiency improvements.
Neither the site sponsor, nor its developers, are responsible for, and expressly disclaim all liability for, damages of any kind arising out of use, reference to, or reliance upon, any information contained within this web site. To answer these questions, homeowners need a baseline[1], as a starting point, to compare against their own energy usage.
If the previous meter reading was 45000, then the electric use between the readings would have been 963 kilowatt-hours (45963 – 45000 = 963). Seasonal energy use can impact accuracy of energy baselines and comparisons of energy performance.
During one year the lights will use 438 kilowatt-hours (1.2 kilowatt-hours ? 365 days per year = 438 kilowatt-hours per year).
Environmental Protection Agency (EPA) ENERGY STAR® Homes certification, and the DOE Building America Program requirements. Using comparison group baselines reduces the need for weather normalization because all homes experience the same weather patterns, and energy consumption is compared for the same time period.
By viewing this site, you expressly agree that use of any information available through this web site or other internet resource accessible through this web site, is for personal use and utilized at your own risk. Your utility provider would then apply their billing rate structure and associated fees, and taxes to calculate the total electric bill. If the electricity costs 13 cents per kilowatt-hour, the cost to use these lights for one year will be $56.94.
It should be noted that the pre- versus post- comparison approach ignores changes in weather that might affect how much heating or cooling was used in the building and is not generally a reliable comparison. Differences in energy efficiency features and occupant behavior drive relative energy performance. Most electric utilities have a tiered rate structure where the more energy you use the more it costs per kilowatt-hour. The sample electric bill shown in Figure 2 has information about meter readings, rate structure, fees, and taxes. Natural gas and liquid propane (LP gas) are metered and billed much like electricity but may have different billing rate structures, fees, and taxes.
Note that some utility providers offer “time-of-use pricing” offering lower prices for energy used during times when there is less energy demand[2]. Billing details for your energy use can be found either on your monthly utility bill or on the utility company’s website. The next step is to find out what typical energy use and energy bills are like in homes similar to yours.



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