{"id":12342,"date":"2024-06-24T15:03:43","date_gmt":"2024-06-24T15:03:43","guid":{"rendered":"https:\/\/www.blowtherm.it\/?p=12342"},"modified":"2025-06-20T08:10:27","modified_gmt":"2025-06-20T08:10:27","slug":"impianti-di-verniciatura-con-alimentazione-ibrida-per-lindustria-e-carrozzeria","status":"publish","type":"post","link":"https:\/\/www.blowtherm.it\/en\/painting-systems-with-hybrid-power-for-industry-and-bodyshops\/","title":{"rendered":"Painting systems with hybrid power for industry and bodyshops"},"content":{"rendered":"

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Hybrid paint systems: reducing consumption and emissions while increasing productivity.<\/h2>\n

Hybrid paint systems are solutions that aim to reduce energy costs<\/strong> and environmental impact in painting processes, which are known to be characterised by high energy consumption. Decarbonisation<\/strong> is a key objective for reducing the environmental impact of paint application systems.<\/p>\n

Hybrid systems<\/a> represent an important step towards environmental sustainability<\/strong> and energy efficiency<\/strong> in the paint industry as they drastically reduce operating costs without sacrificing high performance<\/strong>.<\/p>\n

Managing multiple energy sources for maximum energy efficiency<\/h3>\n

A hybrid paint system is an advanced system that uses a thermo-ventilation unit<\/a> powered by several energy sources (gas, electricity and water) to take advantage of an energy mix optimised<\/strong> to the needs of the industry. Hybrid systems make it possible to combine the high yield of traditional fuels<\/strong> with the economic and environmental advantages of renewable energy<\/strong> sources, reducing operating costs.<\/p>\n

The electronic management of hybrid systems prioritises the power supply from renewable energy production from photovoltaic<\/strong>, solar<\/strong>, wind<\/strong> and heat pumps<\/strong>.<\/p>\n

Hybrid systems for the paint industry<\/h3>\n

Hybrid systems allow flexible use<\/strong> of both conventional fuels and electricity, initially using energy from renewable sources such as solar or wind power. When this energy is not sufficient to cover energy needs, the system automatically switches to the use of traditional sources.<\/p>\n

In addition to providing significant cost savings<\/strong> by reducing fossil fuel consumption and optimising the use of energy resources, the adoption of hybrid systems allows the user to benefit from various energy incentives<\/strong>. These incentives may include energy price rebates, tax deductions on installation and maintenance costs, and subsidised financing for the adoption of green technologies. In some cases, direct subsidies or support programmes from governments and institutions are also available to promote the transition to clean energy.<\/p>\n

Furthermore, in companies where it is required, the use of hybrid systems reduces the need to purchase carbon offset certificates<\/strong>, contributing significantly to the commitment to environmental sustainability and zero carbon emissions.<\/p>\n

\"Gruppo<\/p>\n

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The advantages of hybrid paint systems<\/h3>\n

Renewable sources do not guarantee constant energy production. For example, photovoltaic systems produce energy in different quantities during the day and according to the season. For this reason, supplementing the system with an accumulator<\/strong> allows the excess energy produced to be used when instantaneous production is interrupted.<\/p>\n

Blowtherm has developed a hybrid heating unit, consisting of two heating sources<\/strong>. On one side there is a conventional gas burner<\/a>, on the other a pre-heating coil that uses the energy produced on site. A storage system<\/strong> allows the excess energy produced to be used. If the renewable energy is not enough, the burner compensates for the missing thermal energy and maintains the performance of a conventional unit.<\/p>\n

The flexibility of hybrid<\/a> power systems allows for many advantages. Below are some examples:<\/p>\n