FOOD RETAIL FACILITIES SAVE 20% ON ENERGY USE WITH A NEW COMEC-SINUMEC COMBINATION
Large operating expenses challenge the food-related retail and commercial industry, including immense energy expenditures. This market segment includes go Harrington Online Casino USA welcome online casinos Casino casino bonus code play fast slots fast-food facilities, restaurants, convenience stores, supermarkets, hotels, and more. The sites are equipped with ovens, grillers, refrigeration systems, HVAC systems, internal and external lighting systems, IT systems, etc. To address the high expenditures issue, chains and facilities’ managements search for effective solutions to reduce electricity costs and, also, cut down on CO2 emissions. Expert reviews of the best casino sites for UK players. The UK’s Top Online Casino Site.
PowerSines has been helping food-related companies save energy in their facilities, for many years. Traditionally, for such retail and commercial sites, the preferred solution was PowerSines ComEC VS. The applicable model of ComEC was selected to match the power level and the main breaker. ComEC, being an excellent, advanced, mixed-loads energy controller, has been typically saving 10-12% in these scenarios.
To substantially increase energy saving, PowerSines is introducing a combined use of ComEC and SinuMEC-CSD, offering total energy saving of 20% or more.
PowerSines’ SinuMEC-CSD has a patented technology that has been adapted to save up to 25% of the energy used by the HVAC and refrigeration equipment found in such sites. The new solution uses SinuMEC-CSD on HVAC and refrigeration units, and ComEC or Energy Hub on the other mixed loads at the facility.
This integrated approach maximizes energy saving for food related sites, and can reduce total energy consumption by 20% or more, providing an attractive ROI.
20% direct saving in energy consumption
Attractive ROI: 1.5 – 2 years
Maximizing energy-saving to fit food related equipment
Reduction in downtime & maintenance costs; increase of motor lifetime
Lowering of CO2 emissions