Energy Efficiency

Star Ultra Max 48 Electric Griddle Vs. Vulcan 48 Gas Griddle

Posted on

Thinking of adding an electric commercial griddle to your professional kitchen? If so, you have many options, but there are two that stand out among the crowd. These are the Star Ultra Max 48″ Electric Griddle and the Vulcan 48″ Gas Griddle.

Both are excellent choices, but like most commercial kitchen equipment, each has its own features that make it stand out. Lets take a look at some of the features of each.

Star Ultra Max 48″ Electric Griddle

Designed for the highest volume operations to provide only the best performance and reliability
Has Snap Action adjustable controls which allow you to easily go from 150 to 450F, while also providing you super accurate temperature control
Contains internal plate sensors which will accurately measure the temperature, meaning you get instant response to temperature change
Available in many sizes to fit your space and needs
Thick stainless steel plates allow for excellent heat distribution as well as fast recovery and energy efficiency
Every foot of cook surface contains 4350 watts of heat for only the best cooking performance you can get
Heavy duty construction contains a stainless steel front and side panels, as well as the bull nose and splash guard
Easy access to front controls
Grease trough that is wide enough for a 3 1/2 inch spatula makes for super easy cleanup
6 quart stainless steel grease drawer means that you have to clean up less often
Durable and adjustable 4 legs will fit your counter space
Optional casters and floor model stands are available for the freestanding griddle

Vulcan 48″ Gas Griddle

Has a beautiful stainless steel front, top and sides along with the Cool Bullnose design
Stainless steel and aluminized steel chassis frame ensures durability
Low profile cooking at only 11 with 4 adjustable legs
Polished steel griddle grate contains 12 gage, 4 stainless steel back and tapered side splashes
Easy to clean the grease with the 3 1/2 inch grease chute; easily stops grease from moving around
Contains 27,000 BTU/hr for every foot of cook surface
Temperature adjustment is easy with the one snap thermostat on each burner that heats from 200 to 550F fast
6 quart standard stainless steel grease drawer; for the 60 inch and 72 inch models, you get two grease drawers
Knob guards are made of heavy duty chrome
For every two burners there is a one pilot safety valve. If the pilot goes out, the gas in the burners will go out as a safety precaution.
Contains a manual ignition and bottom heat shields
One year limited warranty for parts and labor

Both are fully featured commercial griddles that can be adjusted to fit your kitchen size and space. Each griddle is built to last and withstand all day cooking in your commercial kitchen. No matter which model you choose, youll find that you cant go wrong with two top quality highly recognized brands in commercial kitchen equipment.

European Energy Label For Led Lights

Posted on

There are many certainties in life, like taxation and electricity bills for example. Another is that whenever you buy an electrical appliance you will always find a European Energy Label somewhere on it. This is because all European manufacturers and retailers must tell you about the energy efficiency of electrical appliances. Regardless of whether you’re buying a fridge, washing machine, dishwasher, oven or light bulb, the EU Energy Label will help you to make informed decisions about the purchase of energy-consuming appliances.

Put simply, the EU Energy Label is a labeling scheme that provides clear and easily recognizable information about the energy consumption and performance of a product. The label is a mandatory requirement and must be clearly displayed on white goods, light bulb packaging and cars when offered for sale or rent.

The main element of the label is an energy efficiency rating scale. This takes the form of a simple, brightly colored, index labeled from A to G. Each of these is a discrete ‘energy efficiency class’ with A being the most efficient and G being the least efficient. With the advent of energy saving technologies, in July 2004 the energy efficiency rating category for A for refrigeration products was divided into 3 separate categories; A, A+ and A++.

The label also provides more general information relating to the product that allows a customer to draw direct comparisons between models.

In the particular case of light bulbs, in addition to the energy efficiency categories, you will find three pieces of important information. The first is the bulbs luminous flux, measured in Lumens. The second is the electricity consumption in watts. The last is the average lifespan in hours.

All of the LED Light Bulbs are classified as A Energy Rated. All light bulb electrical consumptions are calculated relative to a standard. Because the LED Bulbs are rated A they use between 20 and 50 per cent of the energy of this standard, making them impressive little energy savers.

So when you are out looking for electrical products keep your eyes peeled for the EU Energy Label.

If you have any further queries or want to know more about lighting industry, please see other interesting articles written by on this industry especially the revolutionary LED Lights and GU10 LED Bulbs. Also, do not hesitate if you wish to comment on any of the articles and want to express your views in general.

Phase Transformers – Understanding The Components

Posted on

phase transformers let us to utilize a wide assortment of appliances, equipment, tools, gadgets and everything that operates on electrical power. Transformers have enormously enhanced our capability to work with different electrical machines and domestic devices. They convert voltages and frequencies into the necessary amounts, which tends to make electrical power safer to manage. Without transformers serving as mediums, electrical energy delivered into our houses and businesses would not be doable and some appliances may not even exist. You can find several varieties of transformers that may be purchased at local electric shops and appliance centers, like low voltage transformers, AC transformers, custom transformers and the rest. One specific kind of transformer that proves to be fascinating is the 3 Phase transformer. It is not simply an AC or DC transformer, but one where the three phases clearly makes this type one of the most complicated ones.

A 3 phase transformer is often a transformer that’s normally utilized in energy distribution systems. These are the larger and bulkier transformers usually identified in electrical power producing corporations that are arranged in columns or groups. These transformers facilitate the transport of energy through the electrical distribution systems. In this kind of transformer, there are 3 sets of primary and secondary coils, wrapped around every single leg of a predefined iron core. You can find a number of combinations that can be made from these three sets of coils that are defined by the requirement for larger voltage or for higher reliability. The structure of the 3 units of coils is governed by the idea of appropriate phase relationships between the phase windings. Any such transformer is a lot more difficult than a straightforward DC transformer or an AC transformer in single phase due to the possibility of combinations and how it operates.

A 3 phase transformer has its very own positive aspects. The combinations supplied by any such transformer supply increased efficiency, which can utilize either multiple voltages or greater reliability. These transformers are simplified versions and better alternatives than making use of single-phase transformers linked together and carrying out the job of scaling down or scaling up voltages typical of that found in 3 phase devices. This type of transformer only needs a smaller variety of components, smaller in sizes and ones that are lighter than their modular alternatives. The configuration of the transformer with 3 phases, in reality, gives better reliability simply because if one winding fails to execute, the other two windings can nonetheless transport the full line voltage for the load. These transformers can deliver voltages and frequencies over long distances and produce an output of higher superiority.

On the other hand, you’ll find also a number of disadvantages of this sort of transformer. The transformer itself is basically composed of three single phase transformers with a special configuration and if a single of these transformers stores a pair of primary and secondary coils, the efficiency of the whole transformer will probably be affected, especially the current and voltage load. The configurations can also be very complex and difficult to comprehend; a large amount of time is needed to completely master the configurations. The electrical power ought to also be equivalent to the incoming electrical power to transform the electrical energy towards the desired voltage and frequency.

A 3 phase transformer is a great leap up from the conventional transformers used at home. In fact, it has enormously revolutionized power distribution and machinery operation with its different positive aspects.

Insulated Vinyl Siding For Increased Energy Efficiency

Posted on

Vinyl siding is the choice of many homeowners and builders due to its durability, long life, and ease of installation. Unlike painted siding, it does not require repainting every four to five years, making it an essentially maintenance-free and economical choice over a long term. Simple cleaning or power washing on a yearly basis is all that is needed to keep this siding looking like new for many years.

Vinyl siding has improved greatly from its beginnings, resisting fading and warping like the earlier products were known to do. It is also now available in a vast range of colors and patterns, including wood, stone, and metal faux veneers that appear identical to these real materials from even short distances when expertly installed. For those who love the look of stone or cedar but not the expensive price tags, vinyl siding can offer the ideal solution.

One of the drawbacks of standard vinyl siding is that it doesn’t offer additional insulation. This issue has been addressed with the introduction of insulated siding that is now available from a number of manufacturers. It offers all of the advantages of other vinyl siding, plus many more.

Insulated vinyl siding can significantly reduce energy costs by increasing the home’s energy efficiency by four to five times over that of traditional vinyl. These savings can effectively pay for the siding in just a few years making insulated vinyl an even more economical siding choice.

The appearance and feel of insulated vinyl is more like wood siding due to increased firmness and stiffness. Traditional vinyl is flexible, following a structure’s bends and bumps that are ultimately highlighted by the material rather than masked. Insulated vinyl is inflexible, offering a smooth appearance like that of wood siding. It also offers greater protection from impact damage such as hail, storm debris, and accidental impacts from golf balls or baseballs that can so easily happen with busy, active families.

The thermal insulation that improves a home’s energy efficiency also has significant acoustical advantages, reducing the levels of noise from the outside. This results in an interior that is much more quiet and comfortable, especially for homes located near busy streets or intersections.

Of all the siding options available, it is little wonder that vinyl siding is the most popular for its beauty, durability, and maintenance-free advantages. Though it costs more up front than traditional vinyl, insulated vinyl offers even greater advantages with the significant money savings in energy costs. When considering siding choices, put insulated vinyl at the top of the list for economy and quality.

Saving Money Through Texas Energy Efficiency Investments

Posted on

As one of the fastest growing states in the US, Texas is challenged with increasing its productivity and it can do this by increasing investments in energy efficiency initiatives that can save both residential and commercial users of Texas electricity literally billions of dollars over the next two decades. Seems like an impossible task? According to the American Council for the Energy-Efficient Economy or ACEEE, such proposition is not only possible but completely doable.

In a recent study conducted by the ACEEE called Energy Efficiency Investments as an Economic Productivity Strategy for Texas, energy efficiency programs in the state could reduce Texas electricity consumption by up to 30% by the year 2030, creating savings for electricity users of up to $14 billion within that period. Not only that, energy efficiency initiatives in the state will also boost employment by creating up to 47,000 jobs each year until the projected period of 2030.

The 30% projected reduction in Texas electricity consumption was based on targets set by the Public Utility Commission of Texas (PUCT) for energy efficiency improvements. Also taken into consideration are the estimates made by the Electric Reliability Council of Texas (ERCOT) which handles the energy deregulated areas in the state. However, these projected figures will only be achieved with the expansion of current energy efficiency investments which spans all sectors including commercial, industrial and residential area.

Energy Efficiency Initiatives in Texas

According to the ACEEE study, to meet the growing demands for Texas electricity, the state would have to invest about 6 to 10 cents per kilowatt-hour on new electric generating plants. Energy efficiency provides a better alternative however, as the cost of investments to achieve a 30% gain in efficiency will only cost the state less than 4 cents per kilowatt-hour.

For years, energy efficiency programs to reduce electricity consumption in the state have already benefitted Texas residents and businesses as evident in their reduced energy bills. Between 2009 and 2011, the state already benefitted up to $1.5 billion in savings from these energy efficiency programs, which also created up to 12,000 jobs during this same period and reduced emissions by as much as 413 tons per year. By expanding these energy efficiency initiatives, the state will most likely hit its targets by the year 2030.

Texas schools have also benefitted from energy efficiency programs which involved easy investments. A school district with at least 4,000 students can realize savings by as much as $1.6 million in ten years or basically $160,000 savings each year from their Texas electricity bills. Most of the investment funds came from the Texas Loan STAR program for energy efficiency.

City governments have also taken initiatives in reducing energy consumption in their respective areas. In Houston, energy efficiency projects include the use of energy efficient LED traffic lights that would save as much as 85% more Houston electricity than traditional incandescent lamps. Aside from the cost savings, the use of energy efficient lamps also reduces carbon emissions, requires less maintenance and improves overall visibility for each traffic light.

In an energy deregulated Texas electricity market, consumers have the power to select their energy options and apply for grants that would finance their energy efficiency upgrades that would save thousands of dollars from their electricity bills each year. These are basically great investments that would help ensure a clean and sustainable future for all.

Phone 4 Energy Review

Posted on

Everyday, people uses electricity to light their home, cook their foods and enjoy doing other things. As a result, a lot of electricity is consumed daily by the average American. As such, some people have resorted to using different possible sources of energy such as the sun, wind and water. However, there is one source that is very accessible to everyone without the need of an elaborate equipment. Practically everybody has it and now it can be used in not just for a single purpose.

1. The Telephone And Its Many Uses.

Telephones are so helpful that they allow you to talk to your loved ones regardless of wherever they are. However, there is still one use of a telephone that only Phone 4 Energy is able to tap and that it can also be used as an excellent source of electricity.

Accordingly, telephone lines get their power from a source which is different from those where you get your usual power source. By using Phone 4 Energy’s kit, you will be able to unleash a perfect alternative for your exorbitant electricity fees. Besides, a good number of people have tried it and claims that the thing does work as advertised.

2. Save More With Phone 4 Energy.

A big chunk of your monthly budget goes to electricity. This is one sentiment that is shared by hundreds of households all over the world. Well, with Phone 4 Energy, you will not only cut your electricity consumption but you can even get yours for free. With all these savings, you can now treat your family to a fancy restaurant, travel to other places and buy new stuffs.

3. Get More For Less.

It is not often that an opportunity like this happens. Thus, you need to get it while it is still hot. After all, this do-it-yourself kit is very easy to comprehend and apply. It has all the tools that you need in order to get started. Best of all it is very affordable. To save you from all the troubles that shopping can bring, you can order the kit online and have it delivered to your doorstep. Buying the Phone 4 Energy kit is a good investment. It translates into lots of savings not to mention how they can be practical and convenient. The kit is sold online and once you have posted your order, you will get yours in just a click of a mouse. You can also download it if you prefer reading it like a book.

A Look At The 2013 Ford C-Max Hybrid

Posted on

Ford brings something different to the U.S market with the C-Max Hybrid. The American automaker is generally known for its durable trucks like the F150 and efficient compact cars like the Fiesta. However, Ford is taking a risk by introducing a vehicle type that is generally not as popular in America as Europe; the wagon. What makes the C-Max different from every other wagon on the market is it’s fuel efficiency; it achieves an impressive 47 mpg overall.

One look at the C-MAX lets you know that this isn’t an ordinary car. Its design is practical with five doors while still being edgy and modern at the same time. The C-Max is a brand new model to the Ford lineup; 2013 will be the first time that it will be available to U.S buyers. Buyers are able to select from two trim levels; SE and SEL. The more expensive SEL model comes equipped with a liftgate, a rear camera, and upgraded sound system and a glass roof. Both of the trim levels are powered by a 2.0 4 cylinder and achieves 188 horsepower thanks to an electric motor that works in tandem with a traditional engine. The electric motor is powered by a 1.6 lithium ion battery that is stored in the trunk space.

Acceleration is fast and powerful despite the C-Max’s hybrid status partly due to the CVT transmission. Curb weight for the C-MAX is substantial and comes in at 3600 pounds. When it comes to speed, the C-MAX can reportedly reach 62 mph just on electric power. Mileage range is also significantly higher than that of the Prius V; the C-MAX’s main competitor. The interior is spacious with sufficient room for five adults and fine materials. Standard features include USB compatibility with most music players and Bluetooth compatibility which allows the driver to make hands free telephone calls.

Optional features include MyFordTouch, SYNC, a tailgate system, navigation, a rearview camera and a self-parallel parking feature which can come in handy for those who live in crowded cities. Cargo space stands at 24.5 cubic feet. Safety features include an air bag system, 4 wheel disc brakes, ESC, brake assist and traction control. Pricing ranges from the mid $25k range for the base model all the way to $28k for a top of the line trim level with all of the bells and whistles. The Ford C-Max hybrid would be a good choice for anyone looking for a hybrid vehicle with great mileage.

Energy Saving Methods That Could Change The World

Posted on

Humanity has always faced challenges to its survival and the well being of its societies. Today is no different. Regardless of where you live, global warming will change how you live, work and eat. Thankfully, people have always been able to rise to the challenges before them, and this crisis will be no different. Some methods are easy and some are hard, but these different ways of saving energy could change the world, indeed. These broadly drawn methods are a framework on which our energy future can be changed.

Forging World Partnerships.In the past couple decades, the economies of China and India have made serious strides. Both countries are industrializing exponentially, which boosts the level of pollution they generate. According to Wired Magazine, China is planning to build 30 nuclear power plants by the year 2020. This power starved nation also constructed the Three Gorges Dam, which changed the path of major rivers and flooded large parts of the country in order to generate hydroelectric power. By working together and sharing technology, everyone could benefit from evolving methods of energy generation.

Streamlining Public Transportation. Getting from place to place takes a lot of energy. Public transportation reduces the personal amount of energy one uses while traveling, but it has its problems. Buses and trains are often extremely inconvenient, and can cost the same as simply driving to one’s destination. Airline travel uses massive amounts of petroleum. The Japanese have made strides to increase the efficiency and comfort of travel; their extensive use of electromagnetic bullet trains get people where they need to be quickly and at a relatively low cost to the environment.

Improving Private Transportation. Let’s face it, people are not going to give up the convenience of automobiles unless they have no other choice. That’s why private and public agencies are working to improve the energy efficiency of automobiles. While a completely solar powered car is pretty far off, Ford Motor Company is developing technology that will incorporate roof mounted solar cells to contribute to charging the hybrid battery. Plug in electric cars are also a future necessity, and these will be powered by the same clean electricity that powers your home.

Getting Back to Basics.The conveniences of the modern world are amazing. Heating and air conditioning allow us to live where we please in comfort and all of our electronic devices keep us in constant contact with our loved ones. While we’re certainly not going to give up our climate control or cell phones, the cumulative effect of millions of people could reduce our energy usage enough to mitigate the effects of global climate change. Instead of shutting out nature with sealed windows, we can open windows in the evening to let cool air in, and close blinds over them to keep out the hot sunlight. As they draw energy even when not in use, we can unplug phone chargers and flat screen televisions to reduce our energy consumption even further. Even something as simple as planting bushes can moderate the temperature in our homes. Vigilance by a few can mean success for the many.

Reduce Energy Transportation Cost. Americans use a lot of fossil fuels to generate their electricity and power their cars. Currently, we get a lot of these materials from far flung regions. Eliminating some of the transportation cost would make a dent in our energy costs and would also help influence American foreign policy. For example, accessing the oil in the Arctic National Wildlife Refuge would bring ready energy from within our own borders. Refining the techniques used to reclaim shale oil in Canada would also accomplish the same effect.

Help Reduce the Pollution Caused by Industry. The skylines of yesteryear were blanketed with heavy smoke from dirty manufacturing plants. Thanks to a progression of advances in green technology, these plants give off far fewer greenhouse and other gases. Most smokestacks are currently equipped with scrubbers that cut down on the volume of sulfur and other gases bellowed into the atmosphere. With further research dollars, these methods will only get better, reining in air pollution, even as our population increases.

Education is the Key. Education is the solution to so many problems. The more people learn, the easier it is to effect meaningful change. In addition to making more Americans aware of what they can do to change the world, it’s also important to reach out to the rest of the world. The Internet and other methods of communication make it possible to put everyone on the same page.

Does The Cost Of Maintaining A Large Wind Farm Outweigh The Benefits

Posted on

There are really two main types of wind farms small scale and large scale. Small wind turbines produce enough power to generate an average twelve-volt appliance. Any equipment within your home or other small sized buildings can be operated using alternative energy in the format of wind. The appeal of wind turbines is easy to see; they are a clean and cost effective source of renewable energy.

Large facilities have turbines that are connected as a grid which are able to function as one unit and can store vast amounts of energy. These turbines function as a whole by self-adjusting to the direction of the wind in order to maximize efficiency. Large-scale wind farms also require a lot more funding than the small-scale farms. These large-scale farms will require a lot more funding, expertise and also research. In a lot of cases the smaller wind farms are actually a lot more logical. Despite this the large-scale farms are certainly worth considering. Using wind generate electricity will encourage people to look at the amount of electric that they actually use. As an increasing number of people opt to use wind generated power there will be an increasing number of funding options that become available for larger scaled wind farms.

For large scale wind projects there has been a lot of debate to whether wind turbines are actually worth the investment. These turbines are costly but they are also cost effective and efficient. Many people wonder if the reward outweighs the investment. Over time large scale wind farms have proven very efficient.

After all, new wind farms are really only an improvement on a process that has been around for decades. There are many remote areas of the world that rely solely on wind power as a way of generating electricity. If small villages around the world can use the wind effectively then it only makes sense that it can be replicated on a larger scale.

One of the most common arguments regarding wind farm energy production is that until recently, the original equipment manufacturers have taken care of much of the unscheduled maintenance and wind turbine repair under maintenance/warranty agreements. However, in the past couple of years warranties have begun to expire causing maintenance and repair issues to become a much larger concern for farm owners and operators.

Many owners have found that avoiding unexpected maintenance issues by hiring professional O&M companies to do routine service checks and implementations has helped maintain a good rate of return. It is important that up to date maintenance is carried out in order to maintain the turbines and continue to be cost effective. There is a lot of preventative maintenance that has to be carried out on the turbines and this work is very important in order to continue to produce energy effectively. The regular maintenance work that will need to be carried out on a large scaled wind farm is changing gearbox oils, cleaning the blades of the turbines, checking the tension on the bolts and also monitoring the control of the blade pitches.

New wind energy projects are using the information gained at these existing facilities to eliminate flaws that may create unscheduled maintenance. Maintenance aside, once a wind facility has been constructed they have no fuel costs and therefore are not affected by fuel price volatility associate with natural gas-fired power plants. Long term benefits can also be associated with wind turbines because they do not produce CO2 or other greenhouse gases. This will actually make wind energy even more competitive if current discussions about carbon regulations are enacted.

T5 High Output Fluorescent High Bay Light Fixtures

Posted on

High Bay Fixture: High Bay fixtures are perfect for low mount applications such as gyms, warehouses, assembly areas, food processing plants and hangars. High bay fixtures normally use high intensity discharge bulbs. These bulbs have special type of lighting which is much more intense than other light sources. Earlier, for indoor applications metal Halide is commonly used. It emits bluish white bright light which is more pleasant to the eyes than HPS. High bay lighting fixtures should be used in those areas where the bottom of the light fixture is more than 20 feet above the floor. In modern era the manufacturers have started to offer T5 High Output fluorescent High Bay light fixtures which are designed to deliver energy efficiency and cost-effective illumination to retail and industrial applications.

T5 Fluorescent High Output Advantages: T5 lighting was originally developed as a light source in combination with specialized reflectors for aquarium lighting. And because of the advantages of T5 high output lighting, this high output light source is being specified more in applications where standard Metal Halide high bays are typically used.

T5 High Output high bay fixture benefits: Following are the few reasons that make T5 High Output high bay fixture different from standard lamps:

Energy Efficiency: One of the main reasons that many companies turn to T5 High Output high bay fixtures is the ability of T5 to provide better light while consuming much less energy than traditional metal halide fixtures.

Lumen Maintenance: T5 fluorescent lamps only lose 5-6% of their lumen output between the rated initial spec and the mean spec. On the other hand, standard lamps can have 35% depreciation of lumen output during the same time period.

Strike/Re-strike: Basically HID lamps require some time to turn on which is called the strike time. And if there is problem of power interruption, the lamp would also need some time to re-strike. By contrast, T5 fluorescent lamps turn back instantly without affecting the rated life of the lamp. Modern T5 stabilizers allow multiple switch legs that can control the pairs of lamps in a fixture individually. These ballasts can be wired into different circuits or control systems to allow for dimming options.

Improved Color Rendering: Color rendition index (CRI) is the measure of the ability of a light source to reproduce the colors of various objects in comparison with natural light source. T5 lamps have a CRI of 82-85 while on the other hand metal halide lamps have a CRI of 65-70. The lower CRI can strain the eye and leave negative impacts visual acuity.

Small Size: T5 bulbs are extremely thin rather than the standard fluorescent tubes. This small size makes T5 fluorescent bulbs more efficient than standard fluorescent tubes.

Color Shift: Fluorescent lamps maintain consistent color throughout their life.

Color Choices: T5 fluorescent lamps are available in wide variety of color. Fluorescent sources offer a range of color options from 3000K to 6500K full spectrum daylight. Improved Lamp Life: Fluorescent lamps last almost three times longer than metal halide lamps.