An energy savings of up to 48.9%
Although at first glance energy-efficient filters are more expensive to purchase, they can significantly reduce the final cost which is increasingly beneficial in the long run. A large part of a building's total energy costs can be attributed to the energy consumption of the air handling system. Calculating the energy consumption therefore gives a good insight into the total operating costs. Significant savings can be made by applying energy-efficient filters. Study shows that using energy-efficient bag filters can lead to energy savings of up to 48.9%.
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Total Life Cycle Cost: why the Nanowave is worth the investment
The government measures the amount of PM10 particles in the air at many different monitoring stations in the Netherlands. By finding out the flow rate (Pa) of an AHU, we can estimate how many particles are passed through the filter system. The efficiency (dust holding capicity) of the filter determines what percentage of these particles are captured, allowing us to determine to what extent the resistance in the filter will increase. Using the Total Life Cycle Cost methodology, we can calculate the energy cost savings.
Total Life Cycle Cost (TLCC) is a methodology that effectively identifies the investment cost of the Nanowave bag filter. It includes the cost of the filter itself, the energy cost and the cost of replacing the filter (excluding maintenance or cleaning of the air handling unit). Total Life Cycle Cost focuses not only on the initial acquisition cost, but considers all costs throughout the life cycle of the investment. Service life is an important parameter in Life Cycle Costing because the Nanowave filter provides incremental savings over the longer term. The table below compares the Nanowave filter with the usual FEN7 filter.
The future of energy conservation in the world of air filtration
As far as we are concerned, the Nanowave bag filter from our Energy line is the new standard - and future - for energy efficiency and the profitable secret to saving energy. Although energy-efficient filters are often more expensive, they can significantly reduce final costs. We hear you thinking, "higher in cost and cost-saving, how about that exactly?" We would be happy to tell you more about this.
The Nanowave bag filter is an advanced air filter designed to provide high filtration efficiency at low energy input. This filter uses innovative technologies and materials to optimize air throughput. The use of energy-efficient bag filters can result in energy savings of up to 48.9%. This makes the Nanowave filter an excellent choice for companies looking for ways to reduce energy consumption and cut costs.
Want to know more? Contact us.
Want to know more about the Nanowave bag filter? Read a detailed description of all the advantages of the Nanowave filter here. Or contact us without obligation. We would be happy to tell you more!
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