Energy-saving cooling plants
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Energy-saving cooling plants Cooling technology made in Germany

Your powerful partner in thermal management °C More than 50 years partner of the industry Solutions for an efficient future Extensive performance range from cold to hot Expertise, not only in the plastics and metal industry Units, plants and systems from 80 °C up to + 400 °C

The rebranding of gwk to technotrans solutions GmbH, which was completed as part of the group strategy „Future Ready 2025,“ and the integration of Reisner Cooling Solutions, which was implemented at the beginning of 2022, represent 100 years of joint experience in thermal management and provides a unique center of competence for highly efficient cooling and temperature control systems in the temperature range from -80 to +400 ° Celsius on the world market. Under the slogan „power to transform“, our company, which is geared towards further growth, is availaable to its customers with even...

technotrans chillers, central cooling systems and energy management Cost minimization through energy reports Without exception, all industrial manufacturing processes involve the in- and output of energy, which has to be supplied or taken away in the form of heat. The heat energy to be released is given off into the environment in the form of heat by the use of cooling plants. Heat recovery systems allow the heat to be converted into heat energy. Optimised combined systems minimise the energy consumption of the cooling plants and utilise energy by means of heat recovery at the same time....

Energy-saving cooling plants technotrans solutions produces combined systems and heat recovery sytems for many years now. The systems installed to date not only save several hundred million kilowatts of heating energy annually, they also save a similar quantity of electrical energy – hereby the amount saved is even larger due to the reduced operating costs. Apart from the advantage for the operator, technotrans solutions also renders an extraordinary contribution to protect the environment. Energy flow diagram – optimised cooling of a production process Central cooling plant 30/35 °C...

technotrans chillers, central cooling systems and energy management technotrans solutions – cooling plants for free Objective of energy optimization through the technotrans solutions project study • Calculation of the optimised combined systems (cooling and heating systems) for injection moulding factories • Exceeding the heat from the production machines under consideration of – he best process reliability t – igh product quality h – hortest cycle time s This is an unconditional promise. A technotrans solutions cooling plant can be acquired at no cost. The reason is that the investment...

Perfect Cooling Project study example 1: Single circuit cooling plant ith an process temperature about 15 °C for the mould cooling and hydraulic cooling w at 235 kW cooling capacity. Industrial compact cooling plant with Before optimization: hermeticool Single-circuit cooling plant with conventional chiller After optimization: Energy optimised single-circuit cooling plant with hermeticool – reecooling up to approx. 5,200 h/a F – nergy savings up to 240,628 kWh/a = 48 % E – nergy cost savings up to 20,167 € E – O2-savings up to 168,440 kg C Project study example 2: Double circuit cooling...

technotrans chillers, central cooling systems and energy management The centralised cooling plant The technotrans project team consists of cooling and control specialists as well as engineers in process technology who have many years of experience at production level. This experience leads to the high technical standard in centralised technotrans cooling plants and combined systems. The water chiller is the most important module in a centralised cooling plant. But only the optimal dimensioning of all components leads to a perfect function. There are many options in the choice of the system....

Perfect Cooling Electrical cabinet technotrans solutions engineers plan and design complete control boards under consideration of specific requirements and site standards. These systems are built by our qualified personnel and afterwards installed on site. The product range covers small operator panels, simple control cabinets up to large control systems. Process visualisation During industrial processes a number of individual parameters have to be measured and calculated. They include physical parameters such as temperature, pressure, flow rate and power consumption. The following data is...

technotrans chillers, central cooling systems and energy management kws l, kws w and kws c energy-saving modules Water cooled chillers for industrial use Energy-saving industrial water chillers have the task of drawing off heat from a process. This is done by targeted cooling with cold water at suitable points so as to simultaneously increase production and improve quality. Except for the low-temperature range, technotrans solutions chillers are operated with R 513A, a chlorinefree refrigerant. By choosing this refrigerant, the pressure conditions in the cooling circuit are clearly lower...

Perfect Cooling technotrans solutions chillers of the kws 1 series are cold water aggregates with externally set-up condensers. These chillers are equipped with screw condensers; the power regulation of the capacity to be dissipated is continuous. Since shell and tube evaporators manufactured by technotrans solutions are used, these machines are especially suitable for industrial cooling processes. The technotrans solutions energy-saving module, in combination with an electronic expansion valve allows realization of a continuous condenser regulation. With this type of operation, the ongoing...

technotrans chillers, central cooling systems and energy management Energy-saving water recooling system with infinitely variable fan control EC fans are used wherever economical energy use is required. The air volume requirement is optimally adapted to the actual load to be discharged, the weather conditions and the operating requirements with the integrated electronics. This significantly minimises energy consumption and maximises the service life of the system. The advantages at a glance: – ignificant energy savings and reduction of operating S costs – daptation to the actual load to be...