Thermal Energy Storage Helps Grocers Save Big on their Electricity Bill

Refrigeration costs are a constant pain point for grocery store owners. Between the effects of external temperatures, rising energy costs, and customers simply standing with freezer doors open for ages while making a choice, keeping products cool can be a costly endeavor. One of the options grocery store owners are turning to is the use of thermal energy storage (TES) technology.
The idea is that stores can have significant energy savings by incorporating TES into their cooling solutions. This advanced refrigeration technology involves TES cells being frozen so that they can maintain cooler temperatures when refrigeration equipment is cut off or reduced. But just how effective is the technology? To find out, Viking Cold Solutions conducted a study at several locations of an international grocery chain to determine the validity of TES cooling.
The test was made up of three experiments, testing a variety of TES integrations to evaluate their effect on energy costs. To begin with, they established baseline readings of the grocery chain’s normal energy outputs when a Hussmann Protocol rack refrigeration system is used. The readings were taken by installing Emerson E2 controls and Parasense monitoring so that accurate energy usage values could be totaled, and outside factors could be taken into account.
The first test sought only to identify the total energy usage reduction when TES systems are implemented. The TES cells were frozen at night while the refrigerator system ran, and then, during the warmer and more variable daytime hours, the TES cells were able to maintain ideal freezer temperatures while the refrigerator system remained dormant. This resulted in an overall energy usage reduction of 18%. The second test expanded on this finding by alternating between refrigeration technology during non-peak hours and TES systems in peak hours. This resulted in a massive 85% drop in power consumption during peak hours.
In the final experiment, Viking observed freezer power solutions when solar power generation is involved. They allowed the refrigeration system to run off of solar powered cells during the daytime, then let the TES cells take over during the time when sunlight was not available for power generation. They found that this resulted in an impressive 70% reduction in energy consumption.
Whether a single store or large chain, freezer and refrigeration costs can quickly build up for grocers. With such a necessary facet or your business eating into a large portion of your budget, opportunities to cut back on energy usage are increasingly important. As Viking Cold Solutions demonstrated, implementing TES technology into your cooling solutions can give you the leg up you’ve been looking for. Even on the hottest days, TES cells keep your product cool in a cost effective and energy efficient way.

Follow us on social media for the latest updates in B2B!

Image

Latest

ESA
ESA Success Requires Strategy, Infrastructure, and Support Beyond Legislation
April 21, 2025

As education savings accounts (ESAs) gain traction across the United States, the conversation is shifting from policy debates to the complexities of implementation. Fueled by post-pandemic dissatisfaction with traditional school models and a desire for more customizable educational options, ESAs are being adopted in a growing number of states, often under “universal” frameworks. But…

Read More
supply chain data analytics
Supply Chain Data Analytics Fails Without Clean Data, Ventagium Delivers the Fix
April 21, 2025

Supply chain leaders face an overwhelming volume of siloed data across ERPs, TMS platforms, and warehouse systems, yet few know how to align it for smarter decisions. The stakes are rising fast. According to Capgemini’s 2024 report Data: A Powerful Ally in Tackling Scope 3 Emission Reduction Targets, 85% of organizations cite data access…

Read More
cancer immunotherapy
What’s Next in Preclinical Cancer Immunotherapy Research?
April 19, 2025

As the field of cancer immunotherapy rapidly evolves, researchers are turning to next-generation in vitro technologies to replicate the complexities of the tumor microenvironment with unprecedented fidelity. Organoid platforms and ex vivo patient-derived tissue models are transforming how scientists approach preclinical testing, offering deeper mechanistic insights and better predictive power for therapeutic response. With immunotherapies…

Read More
vitro
Analyzing the Suppressive TME in In Vitro Based Assays
April 19, 2025

In the rapidly advancing field of cancer immunotherapy, accurately modeling the tumor microenvironment (TME) has become essential to improving the predictive power of preclinical drug testing. As immune-modulating therapies surge forward, with over 4,000 immune modulators in development globally, scientists are refining assay technologies that maintain the complexity of patient-specific tumor biology. In vitro platforms…

Read More