Energy efficiency in industrial kitchens has become a central issue for the professional catering world. Rising energy costs, together with growing attention towards the sustainability of industrial kitchens, drives companies and operators to rethink technologies, materials and control systems. Today, real savings come from the integration between digital solutions and high efficiency gas cookers, capable of optimising consumption without reducing operational performance. Discover the most efficient solutions for your kitchen!
Energy efficiency in industrial kitchens: the digital role
The first pillar of energy efficiency in industrial kitchens is represented by digital technology, which is now a key element in the management of professional equipment.
The modern systems used to control consumption in professional kitchens make it possible to manage energy precisely, reducing waste and unnecessary use.
A tangible example is represented by professional fryers, which offer high energy absorption. The efficiency of these systems is closely linked to the operational delta, in other words the interval of oscillation between the temperature set and the real temperature of the oil.
Fryers with a traditional electromechanical thermostat have a wide operational delta: the temperature of the oil undergoes significant oscillations which generate longer and more frequent heating cycles, leading to higher consumption and a less constant end result. Professional fryers with digital controls, on the other hand, work with a narrower delta, keeping the temperature stable and reducing the energy needed to restore it.
This approach guarantees real energy savings in industrial kitchens. Examples include solutions developed by manufacturers such as Lotus Cooking, who have invested in digital fryers that can be integrated with energy optimisation systems, such as peak cutting and intelligent load management, to ensure maximum operational efficiency at all times.
High efficiency gas cookers: more control and less waste
Gas continues to be a central resource in professional kitchens but, nowadays, its use is increasingly focused on the energy efficiency of professional cookers. This is possible thanks to the evolution of optimised gas burners and high-performance gas valves, designed to adapt energy to real cooking needs, avoid waste and dispersion.
A key role is played by systems that allow progressive and continuous flame adjustment, superseding the traditional maximum/minimum setting. Solutions like those adopted by Lotus Cooking, which equips its cookers and hobs with adjustable controls on open burners, allowing the cook to precisely modulate the intensity of the energy to suit the task being performed, are a step in this direction. This approach also allows the use of intermediate power levels, improving energy consumption and promoting real energy savings in industrial kitchens.
The energy efficiency of industrial kitchens is further increased when flame intensity adjustment is combined with systems capable of automatically adapting the shape of the flame to the size of the pan. This is the case of innovative solutions like FireFlex, which keep the flame correctly positioned under the pan, improving heat output, operational safety and cooking quality.
The integration of power modulation and flame control is now one of the most effective examples of high-efficiency gas cookers, perfectly in line with the sustainability goals of industrial kitchens.
Efficient equipment for low-consumption professional kitchens
Another key element to reduce consumption and increase the energy efficiency of industrial kitchens is the design of equipment of efficient industrial kitchen equipment. Materials, thicknesses and construction solutions directly affect the ability of appliances to retain heat and limit heat loss.
In the case of frytops and hotplates, for example, a thicker plate better absorbs the thermal shock of cold products, reducing drops in temperature and the consequent energy consumption required to restore it.
This contributes significantly to reducing energy consumption in professional kitchens, while improving service continuity and cooking quality.
Lotus Cooking's frytops, which are designed with thicker plates than the industry average, are a tangible example of this: 12 mm in the 60 series, 15 mm in the 70 series and, in the 90 series, 16 mm for modules up to 80 cm and 20 mm for those measuring 120 and 160 cm. This design choice allows the maintenance of more stable temperatures, even when the workload is intense, helping to save energy in industrial kitchens.
This type of solution also makes technical innovation a practical tool for sustainability in industrial kitchens.
Want to know more about the energy efficiency of industrial kitchens and the most efficient equipment for reducing consumption? Contact us at lotus@lotuscookers.it or fill in the contact form.