Total cost of ownership (TCO) can be reduced by using Copeland CO2 scroll technology

Benefits

Lower Total Cost of Ownership

Copeland CO₂ scroll technology trims your total cost of ownership – no matter the climate.

Safeguarding food quality and safety while managing overall costs can be challenging in today’s competitive and dynamic environment. In addition to shifting consumer habits, regulatory pressures and global economic headwinds are forcing retailers to adapt quickly and embrace change at a blistering pace. Copeland CO₂ scroll technology gives you the flexibility needed to stay competitive and ensure cost-effective operations. We enable retailers to increase profitability and efficiency to reduce the total cost of ownership (TCO) of a CO₂ refrigeration system, with potential savings across the board. Here is how.

10 Reasons

Why The New Cool Helps Retailers to Lower Total Cost of Ownership

Minimal space requirements

Valuable retail space can be gained: DVI technology and the compactness of scroll compressors reduce the footprint of a CO₂ refrigeration system. Equipping the compressors with variable speed, which allows for smaller displacements, further enhances this effect. This makes The New Cool suitable even for small shop formats in urban areas.

Energy savings

DVI technology integrates the benefit of parallel compression by directly injecting flash gas into the scroll compressor. This results in increased energy efficiency while compressing the CO₂ gas in a very cost-effective way. In addition, the dedicated variable speed compressors with specific high efficiency Brushless Permanent Magnet (BPM) motors help to minimize energy consumption by continuously matching the cooling capacity to the actual demand.

Predictive maintenance

Smart electronics detect deviations from important operating parameters, take countermeasures, and indicate the need for maintenance before problems can occur.

Low weight

Enabled by DVI technology, the simplified system architecture foregoes parallel compression. This, along with the compact scroll compressors, results in low weight and smaller dimensions, reducing transport costs.

Consistent reliability

Perfectly matched and pre-tested components controlled by advanced electronics ensure maximum operational reliability. This is complemented by high standstill pressures to extend reaction time in case of a power outage, and to avoid food spoilage even in such an event.

Low vibration

Due to reduced vibration compared to piston compressors, the CO₂ scroll compressors lower the risk of piping rupture and associated follow-up costs.

Low noise

Additional and costly noise insulation is not required, as the low-vibration CO₂ scroll compressors significantly reduce the noise level and thus do not disturb daily operations or neighbours.

Highest seasonal efficiency

The intelligent Copeland XC Pro CO₂ scroll controller ensures the highest seasonal efficiency in all climates through continuous monitoring and adjusting system component parameters.

Improved serviceability

The simplified system architecture, complemented by the XC Pro Controller and a user-friendly controller interface, facilitates both maintenance tasks and troubleshooting, resulting in less effort and lower costs. There is also less need to check for leaks, further reducing service and maintenance costs.

Easy installation

Thanks to fewer pre-configured components and an advanced control concept, it takes less effort to install the Copeland CO₂ scroll solution.

Regardless of store size or climate conditions, we can help you gain long-term peace of mind with our game-changing CO₂ scroll technology.

Let’s Talk About Your Investment

Our solution is delivering the efficiency of parallel compression without its added complexity and costs. The innovative Copeland CO₂ scroll technology also reduces CO₂ premium costs, which is particularly important for smaller store formats. Until recently, the high-cost delta versus HFC refrigeration systems prevented the large-scale roll-out of CO₂ to small and medium-sized supermarkets. Copeland CO₂ scroll technology has changed this.

The Copeland CO₂ solution features the new generation of CO₂ scroll compressors, which are smaller, lighter, and more cost-efficient than compressors traditionally used for booster systems and refrigeration units. In addition, the newly integrated Dynamic Vapor Injection (DVI) technology replaces the need for parallel compression, keeping the system’s efficiency level high. Fewer components such as inverter drive, heat exchanger as well as piping are required to set up the booster system, decreasing the system’s complexity significantly. The solution comes with an advanced control concept and preconfigured components which simplifies the installation. All these aspects result in lower investment costs and in a smaller frame size of the booster system. This also frees up store space for other purposes and makes The New Cool suitable even for small shop formats in urban areas.

The New Cool

CO₂ scroll technology is driving down the total cost of ownership

How About Operational Costs?

Our high-efficient Copeland CO₂ scroll solutions integrate high-quality components with a smart electronic concept; they are fully factory-tested and keep operating costs at a minimum. The innovative DVI technology and the components’ management by intelligent electronics ensure highest seasonal efficiency through continuous monitoring and efficient adjusting of the component parameters. Furthermore, functions such as fault detection and diagnostics ease trouble shooting and increase system reliability, minimizing the risk of operational failure significantly. Known for their low vibration level, the CO₂ scroll compressors reduce the risk of piping rupture.

Equipped with the latest high efficiency Brushless Permanent Magnet (BPM) on all variable speed motors, the system performance is further enhanced as the motor efficiency remains high at all speeds. All this results in low operating costs in general and optimized energy costs in particular.

Energy savings can be significant, particularly when projected over the lifecycle of a refrigeration system and a retailer’s entire store network.

The new CO₂ technology is designed for high stand still pressure ensuring sufficient time for action in case of a system downtime. 

The CO₂ scroll solution enables a climate-independent system design with less system components which reduces life-cycle costs while giving peace of mind: the operating technicians “know what to expect” no matter the site they visit. This “one design for all climates” approach increases familiarity with the applied refrigeration system, thus avoiding errors. Training can focus on a system without variants – this applies to handling both mechanical and electronic devices.

Higher Value, Lower Costs

Copeland CO₂ scroll technology is good news for those who value maximum efficiency, reliability, and low cost of ownership.

Don’t Worry About Service Costs

The new Copeland CO₂ scroll solutions, made of high-quality components and combined with advanced electronics, allow for a very reliable application. Equipped with the latest generation of CO₂ scroll compressors featuring very low vibration levels, the system reliability is improved while the risk of piping rupture is minimized.

Advanced control functions, preventive maintenance, and the option for remote monitoring of system parameters enable reliable and efficient operation and at the same time quick and easy access for required intervention. Apart from optimizing maintenance efforts this also results in minimizing food spoilage.

Energy Efficiency and Savings Opportunities

Copeland CO₂ scroll technology is also good news when it comes to energy savings. Our approach: "One system design fits all climates" enables the best possible efficiency anywhere. That is good for the climate and good for your business, because reduced energy consumption results in reduced operating costs. As the energy used for refrigeration accounts for a very large share of a supermarket’s energy demand, this can lead to substantial savings. Our CO₂ scroll solutions are also compatible with heat recovery, thus opening up the possibility to cover the energy required for heating with the refrigeration system.