In recent years, the shifting regulatory landscape has sent shock waves through the small- and large-format retail markets. Understanding what’s coming next may mean the difference between thriving and merely surviving in this dynamic environment. In our next E360 Webinar we’re bringing together three leading authorities on refrigerants, energy and food safety to give their unique perspectives on what they expect to see on the regulatory horizon.
The next E360 Webinar, entitled What’s Next in Refrigerants, Energy Management and Food Safety Regulation?, will take place live from The Helix Innovation Center on Tuesday, May 10 at 10:30 a.m., EDT. Each expert panelist will lead a discussion about the continuing regulations and how they are likely to impact our collective futures. Here’s a summary of what you’ll learn:
Refrigerant Regulations Update. Rajan Rajendran, vice president of system innovation center and sustainability, will provide the latest update on the ever-changing regulatory landscape related to the EPA’s final rule on refrigerant delisting and the DOE’s energy reduction mandates. You’ll learn about a new class of alternative synthetic refrigerants that promise lower global warming potential, as well as the re-emergence of natural options such as propane and CO2.
Energy Management. What goes up must come down. And when it comes to energy, the inverse is also true. While energy costs may be at the lower end of the spectrum today, they’re not likely to stay there for long. Michael Britt, vice president of energy innovation center at Southern Company, will discuss regulatory developments aimed at energy conservation and their impact on retailers.
Food Safety Modernization Act (FSMA) Impacts. Marc Sanchez represents FDA-regulated companies in the food, dietary supplement, beverage, cosmetic, medical device and drug industries. A published author and leading voice in understanding FSMA, Marc will share his unique insights and explain how FSMA is the most comprehensive update to food safety regulations in decades. You’ll learn about its far-reaching impacts to retailers and their supply chain partners.
This informative session will be followed by a 15-minute question and answer session where Helix attendees and remote participants can submit questions. Don’t miss this opportunity to get your questions answered and learn directly from the experts about how this dynamic regulatory landscape may impact your business. Register now to join us Tuesday, May 10 at 10:30 a.m., EDT.
While the prevalence of electronics continues to expand into nearly every aspect of our lives, the refrigeration and air conditioning industries have been slow to embed electronics in HVACR equipment. Unfortunately, the primary reasons for this reluctance can be attributed to a lack of awareness and education about the promise of electronically enabled systems.
For many OEMs, there is a fair amount of confusion surrounding the operation, maintenance and repair-ability of systems with embedded electronics. And among the consumer base, there’s a general misunderstanding about the value that electronics bring versus their perceived risks and costs.
Our next MAKING SENSE webinar will address these apprehensions and make a compelling case for electronic connectivity and system communications in HVACR equipment. Join us via webinar or in the booth at the 2015 AHR Expo onJanuary 26 in Chicago, as we explore the potential of electronics and facilitate a panel discussion from Emerson’s lecture area in their booth, #5010, from 2–3 p.m. CST.
In this complimentary webinar, we’ll explore the many advantages of embedded electronics, including:
Accurately diagnoses system problems the first time
Limits misdiagnosis and call-backs
Establishes improved maintenance contracts through better communications
Increases productivity through prognostics that identify potential failure points
Improves OEM installation verification and subsequent warranty issues
In an industry faced with disruptive equipment failures, a declining number of qualified technicians and increased service costs, we think it’s time to re-evaluate the many benefits of embedded electronics. With their tremendous untapped potential, electronics hold the promise of ushering in a new era of reliability in HVACR equipment.
The webinar will be led by Mike Murphy of The NEWS and include a list of distinguished panelists from a cross-section of our industry, including: John Wallace of Emerson Climate Technologies, Randall Amerine from AT&T, Paul Stalknecht of ACCA and George Hernandez from the U.S. Department of Energy.
We hope you’ll join us via webinar or in the booth on January 26 from 2–3 p.m. CST from the AHR Expo show as we are making sense of embedded electronics.
Small format retail facilities face different operational challenges than supermarkets or other large format retailers. Applying a control system can help turn the challenges or problems these facility managers face into opportunities to reduce costs and enhance operations.
Most convenience stores do not have system controls. In a typical convenience store, the HVAC systems, refrigerated cases and lighting are managed separately and are not connected. The refrigeration system is often stand-alone and while thermostats are used, they may not be programmed to the correct settings. Manual processes may be in place to manage lighting controls.
For convenience store facility managers, your key problems likely include:
Limited visibility into store operations: If you are responsible for multiple stores, you may not have the oversight to know what is happening in all of your locations at any given time.
Difficulty of enforcing store policies: You may have established business policies around lighting and thermostat settings, but how do you know that they are being enforced by the store manager and followed by personnel in a single store?
Poor maintenance: Many facilities use a “run to fail” maintenance strategy, meaning that the equipment generally will fail without warning, leading to emergency repairs or replacements on short notice.
Energy leakage: If a mechanical problem or personnel issue causes a store to stray from the policies put in place – for example, settings on a thermostat are changed or canopy lights are left on throughout the day – this can lead to energy usage that is higher than necessary.
If an average 5,000 square foot convenience store spends $62,000 annually on operational costs, they may spend 44.5 percent of the budget on energy and 17.5 percent on maintenance. If this was your store, how much could you save by addressing the problems above? A control system can provide a convenience store typically between five and 20 percent savings, depending on the current facility management in place.
A control system consists of three layers and understanding the system architecture is beneficial to realizing the ways it can improve efficiency, reduce costs and enhance operations. The three layers include:
Control: The control layer includes the electronic elements within your case that have control algorithms to affect the HVAC systems, refrigeration systems and lighting. The controls include the inputs and outputs, the sensors and transducers, and the equipment interface.
Supervisory: The supervisory layer provides visibility. This layer offers user management, user interface, access to monitor the system remotely, alarm management and data logging.
Enterprise: The enterprise layer is the connection from the sites to the cloud, where the data collected from the systems in your stores can be stored, compared and analyzed.
Many people think having controls and stopping at the first layer is enough, but that’s not the case. It’s important to apply the entire system to manage, monitor and optimize your small format facility.
Interested in learning more about control systems for convenience stores? Look for future blog posts on this topic here over the next several weeks. And, if you have specific questions, please email me at John.Wallace@Emerson.com.
Director of Innovation, Retail Solutions
Emerson Climate Technologies
The Energy Independence and Security Act of 2007 provided for the next round of government regulated standard efficiencies allowed for air conditioners sold in the United States. These new standards will go into effect on January 1, 2015. What is unique about these new efficiency standards is that they have allowed for different standards for various parts of the country rather than having just one national standard. Similar to the standard efficiency increases experienced in 2006 when the minimum went from 10 SEER to 13 SEER, this regulation will apply to all equipment, whether it is being installed in an existing structure as a system replacement or in a new structure.
Here is a summary of what you need to know about the new regulations:
Northern States – Minimum 13 SEER air conditioning remains the standard, but heat pumps go to 14 SEER and 8.2 HSPF.
Southern (Southeastern) States – Minimum efficiency goes to 14 SEER for both air conditioning and heat pumps and 8.2 HSPF for heat pumps. The 8.2 HSPF/14 SEER heat pump rating will become a national standard.
Southwestern States – Minimum efficiency also goes to 14 SEER for air conditioning, but there is a new standard for EER that will call for 12.2 EER for systems less than 45,000 BTUH and 11.7 EER for systems over 45,000 BTUH. Heat pumps require national standard of 14 SEER and 8.2 HSPF.
What can you do?
Here are few things you can do to prepare for these new standards:
Stay in touch with us via this site or our other contractor support sites as we get closer to the implementation date.
Watch for OEM’s to change their product offerings to be ready for these new standards. Emerson is working directly with all the major OEM’s to help them be ready, but each one may have a slightly different approach to meet the needs of three different regions.
Train your employees on the latest in new equipment which will feature electronic controls, variable speed blower motors and more. You can stay current through Emerson training or through your OEM’s training.
Air conditioners, furnaces and heat pumps all have different regulations and different rating criteria. It is important to keep these ratings in mind when you are comparing various systems from different manufacturers as they will tell you the true performance characteristics of each. Because these can be confusing to read, below is a brief summary on the ratings and what they mean.
SEER – This stands for “Seasonal Energy Efficiency Ratio” and is simply the average efficiency at which your central air conditioner will run during various conditions. An average is used because the efficiency performance will change from the hottest summer months to the warm spring or fall months. The U.S. currently has a minimum SEER rating of 13 for all central air conditioners. High efficiency systems are rated above 16 SEER and deliver the most energy savings throughout the year.
EER – This stands for “Energy Efficiency Rating.” This is a peak load rating, which tells you how efficiently your air conditioner will perform on the hottest days. This rating is important to consider if you live in very hot, dry areas that remain hot most of the year as the system will be at or near peak load more often. EER’s range from 8 to more than 15 and should not be confused with SEER ratings. An EER rating over 12 is excellent. Some systems have very good SEER ratings, but are compromised on their peak load performance. If you live in a hot area you should evaluate both SEER and EER to keep your electricity bill low in the summer. If you are in a more moderate climate zone it would be better to focus on the SEER ratings.
HSPF – This stands for “Heating Seasonal Performance Factor” and is a rating used to describe a system’s heat pump efficiency. These ratings range from 8 to more than 13 HSPF. As with SEER and EER, a higher number represents a more efficient system. If you’re using a heat pump with another heating source, such as a gas furnace, the HSPF will only be reflective of the heat pump and not the duel system capacity.
AFUE – This stands for “Annual Fuel Utilization Efficiency” and is the standard efficiency rating for furnaces that burn fossil fuels like natural gas or heating oil. AFUE ratings are expressed in terms of efficiency percentages where the lowest efficiency equipment might have AFUEs of around 70% and the highest efficiencies are more than 90%.
You may not realize it, but the United States has some of the highest minimum efficiency standards for air conditioning in the world. These standards were put into practice over the past 20 to 30 years as the adoption of central air conditioning in the U.S. was expanding rapidly. These regulations were required to make sure the increase in power used for air conditioning did not put too much stress on the electric power grid, and also to help reduce environmental impacts.
Efficiency and Regulation, Air Conditioning
Emerson Climate Technologies
Commercial & Residential Solutions is a global innovator of energy-efficient heating, air conditioning and refrigeration solutions for residential, industrial and commercial applications. www.climate.emerson.com