Where Commercial Refrigeration Systems Waste Energy – and How You Fix It
Energy-efficient refrigeration systems are no longer optional – they're essential for sustainable operations. With rising electricity prices, stricter CO₂ targets, and ESG pressure, companies are rethinking how they run their industrial cooling systems. In many cases, outdated components and inefficient control strategies lead to hidden energy waste – especially in commercial refrigeration and industrial process cooling.
Our interactive infographic reveals the areas where refrigeration energy savings are possible and how Güntner can help boost system performance through smarter design.
Six Components in Industrial Cooling Systems that drive up energy costs
1 - Condenser
- Save up to 15% energy with energy-efficient cooling technology
- Problem: Legacy condensers often run inefficiently in part-load or hot conditions, especially in industrial refrigeration systems.
- Solution: Modern EC fans and high-efficiency condensers from Güntner cut up to 15% in energy use.
2 - Compressor
- Improve efficiency by 10–20% in commercial and industrial refrigeration systems
- Problem: Oversized or poorly controlled compressors are major energy drains.
- Solution: Güntner ensures optimal compressor performance by maintaining consistently low condensing temperatures, regardless of the refrigerant or technology used.
3 - Expansion Valves
- Unlock up to 8% energy savings in process cooling
- Problem: Inconsistent refrigerant flow reduces system performance.
- Solution: Güntner heat exchangers pair perfectly with any kind of expansion valves for optimized industrial process cooling.
4 - Heat Recovery
- Recover 20–30% of wasted thermal energy
- Problem: Condenser heat is often discarded instead of reused.
- Solution: Güntner enables sustainable cooling technologies by redirecting thermal energy to other processes.
5 - Controls
- Cut up to 30% energy with smarter refrigeration control systems
- Problem: Poor control logic leads to excessive runtime and wear.
- Solution: Güntner’s GMM solution dynamically adjusts fan speed for energy-efficient cooling.
6 - Fans
- Reduce power usage by up to 25% in industrial refrigeration
- Problem: Fixed-speed AC fans waste energy under low loads.
- Solution: Güntner EC fans enable demand-driven, quiet, and efficient performance.
LET’S TACKLE YOUR COOLING CHALLENGES TOGETHER
Behind every great cooling solution lies a deep understanding of your specific requirements, industry and application. Therefore, every solution starts with a conversation.
Real-World Refrigeration Energy Savings in Commercial & Industrial Applications
Upgrading to energy-efficient refrigeration systems pays off across sectors: from food processing to OEMs.
One standout example comes from Montague, California, where a local system builder partnered with Güntner to install an innovative hydroBLU™ adiabatic cooling system in a dry cooler setup. The goal: reduce energy and water consumption in a region facing extreme summer heat and rising utility costs.
Results:
- 45% energy reduction thanks to automated, demand-driven water dosing
- 80% lower water use – from approx. 4.9 million liters to under 1 million liters per year
- This project highlights how integrated industrial cooling systems can dramatically cut operating costs while ensuring performance and sustainability in challenging climates.
Let’s Talk Sustainable Cooling Technologies – Finding the Right Solution for You
Want to lower your carbon footprint and reduce operating costs? Güntner helps you design, optimize, and run sustainable cooling technologies – from commercial refrigeration systems to high-performance industrial process cooling.
Let’s talk about your system.
LET’S TACKLE YOUR COOLING CHALLENGES TOGETHER
Behind every great cooling solution lies a deep understanding of your specific requirements, industry and application. Therefore, every solution starts with a conversation.