Whether you’re in the restaurant business or operate a large facility with a commercial kitchen, the goal is the same – quality food at a savory cost. Electric cooking equipment can help you reach that goal and keep your kitchen running smoothly.
Our goal is to ensure that you have top-quality equipment at an affordable price. By learning about your business, we can help you determine the type of equipment you need, and recommend high-quality, used or new electric cooking equipment, often at reduced or discounted prices.
Whether you need new or replacement cooking equipment, electric cooking can keep your kitchen efficient and help improve your bottom line.
Mike Cothran, Popeyes franchise owner, shares the benefits of building his restaurant with all-electric equipment.
Popeyes Goes All Electric
If you own or operate a commercial kitchen, try out the latest electric cooking equipment at our demonstration kitchen in our Technology Applications Center (TAC). You can also request one of our experts to bring it to you. Click below or call 1-888-430-5787.Request a Tour
We start by offering rebates when you purchase qualifying used or new electric cooking equipment. This can help minimize upfront costs so that you can invest in the top-quality equipment your business needs. Learn about our recent offer and how your business may qualify.
Before you buy any electric food service equipment for your commercial kitchen, we give you an opportunity to try it out at our demonstration kitchen. We make it easy to find all the latest electric kitchen equipment in one convenient location, so you can try it out with your products before buying, which saves you the hassle of researching equipment and possibly buying the wrong product. You may use the equipment available at our facility or – with a little advance notice – we can bring in any equipment you choose. With input from our kitchen experts at our own test kitchen, our customers can be confident about their buying decisions.
Looking to improve your bottom line? From replacing aging infrastructure to installing the latest in energy-efficient technologies, our team of experts can design and implement new energy solutions based on your facility, needs and goals.Schedule Today
The chart shown here breaks down typical energy usage in restaurants by equipment type. Use this average as a "measuring stick" to help you better understand and gauge the quality of your own restaurant's energy spending. If you see major gaps, our team of energy efficiency experts can help you close them with energy-saving solutions. Contact us to get started.
It doesn’t take much to notice a big difference.
Savings from gas cooking are lost to increased costs of air conditioning.
Increasing the amount of natural light used in your facilities dramatically lowers your utility bills. The more artificial lighting used, the greater the heat load imposed on the air-conditioning system. This is a critical point because artificial lighting and air conditioning consume the largest amount of electrical energy in a typical commercial building.
Internal walls influence window design and placement. Highly reflective, but not glossy, light-colored walls will spread daylight back from sidewalls. Jewel-toned walls will absorb more light and may require more supplemental lighting sources.
Encourage employees to turn off computers, monitors, printers and copiers when they are not being used. Consider equipping computers with devices that turn them off automatically after a set period of inactivity.
The goals statement for a comprehensive lighting energy conservation program should read: turn it off when it isn't needed; use the most efficient, suitable equipment; and provide light only where it is needed.
Seventy-five percent of a building's total air loss is from small leaks. Seal electrical outlets and gaps between moldings, as well as plumbing and wiring penetrations. Attic checkpoints include hatches, plumbing vents, chimneys and other roof or wall penetrations. Many areas can be sealed with a caulk gun and tubes of silicone or urethane caulking.
To conserve energy, make inexpensive repairs and improvements to the HVAC mechanical system as required. For heating efficiency, repair or replace burners and add radiator reflectors. Install flue dampers or balance the ventilation system to reduce the exhaust rate. Relocate thermostats, install fans to keep hot air off the ceiling, and install thermostats in hot water tanks.
In addition to their aesthetic values, interior window treatments can reduce energy consumption. Insulating vertical or horizontal blinds and/or draperies can reduce heat loss and solar gain through window openings.
Fixtures that have state-of-the-art lamps or ballasts (T8 lamps, electronic ballasts, etc.) may save plenty of energy but may also require a higher premium at relamping or reballasting time. Much of this cost is offset because of the longer life. This longer life not only cuts down on replacement component costs but also reduces the associated labor expense to replace them.
Perform regular energy audits to establish the basic costs and uses of energy forms including electricity, gas and steam, and to identify waste or inefficiency. By identifying on-peak and off-peak periods, you can take advantage of a utility's rate structure.
Incorporate motion detectors to reduce lighting usage and save energy.
Window films not only reduce air conditioning loads but also help reduce heating energy use. In optimum situations, energy savings frequently pay back the cost of film installation in a year or less. In a surprisingly large number of cases, building owners have been able to pay back the cost of window film installation directly from energy savings.
96% of electric infrared heat generated goes to the person or object.
When retrofitting an existing lighting system, high overall light levels can be reduced when good task lighting is installed. A combination of good, sensible lighting design with the use of the latest technology can result in substantial energy savings and an overall improvement in lighting quality.
Full-range dimming systems can significantly reduce the power delivered to fluorescent lights and can even be activated in response to available daylight for perimeter areas.
In many cases, high overall light levels can be reduced when good task lighting is installed. A combination of good, sensible lighting design with the use of the latest technology lighting systems can result in substantial energy savings and an overall improvement in lighting quality.
Dehumidification equipment helps prevent illnesses and lost productivity.
Infrared heaters boost temps first, so you boost productivity.
Many lighting control projects have payback periods of less than one year. Daylighting control systems examine the total amount of light available in a given space and switch off one or more banks of lights whenever enough sunlight is available. Daylighting control systems are particularly well suited for use in facilities with large areas of exterior glass.
LEDs get progressively dimmer over time, which is helpful in critical lighting areas.
Get rid of mercury lamps inside and outside a building. Their light output reduces over time, and a dim mercury lamp uses as much energy as a brand new one. Replace them with high-pressure sodium or metal halide lamps.
Gas water heaters lose 3.5% stored heat per hour. Electric units lose 1%.
Replace your 10- or 20-watt incandescent lamps in exit signs with LEDs. While the incremental energy savings may seem small, the continual operation of exit signs makes the retrofit very cost effective.
The initial cost of a state-of-the-art system may even be lower than the overall cost of a less expensive and less efficient system if you use fewer fixtures to achieve the same or better light levels, and if you can tap into utility rebates and other incentives.
Artificial lighting and air conditioning consume the largest amount of electrical energy in a typical commercial building. The more artificial lighting is used, the greater the heat load imposed on the air conditioning system from lamps and ballasts. Carefully increasing the amount of natural light will decrease the need for artificial light, reducing energy in both lighting and air conditioning systems.
LED lighting uses 2-3 times less energy than most CFLs.
Heat recovery systems can reduce ventilation costs by 50% or more.
The right system can be retrofitted to greatly reduce energy costs.