Search results

Расчет вентиляции Menerga для помещения бассейна

НАШ КЛИМАТИЧЕСКИЙ СЕРВИС ДЛЯ ВАШЕГО ЦЕНТРА ОБРАБОТКИ ДАННЫХ С доставкой системы кондиционирования воздуха на ваш сайт мы начинаем установку системы в серверную среду. Наша техническая служба позаботится об идеальной установке оборудования в техническом помещении вашего центра обработки данных. Когда система кондиционирования воздуха введена в эксплуатацию, мы гарантируем, что функциональность системы в центре обработки данных гарантирована. AIR CONDITIONING IN DATA CENTERS ENERGY EFFICIENT AIR CONDITIONING IS GAINING INCREASE IN IMPORTANCE There are several reasons for the growing importance of energy-efficient air conditioning in data centers. Here, too, the fault tolerance and life support of critical infrastructures are becoming increasingly relevant and indispensable. Because today, our security and the life support functions of our infrastructure cannot be guaranteed without these things. And the demand for server power is growing. The world's population and technical developments are not stopping. Big data, the Internet of Things, 5G and autonomous driving require ever more computing power. In particular, the constant integration of artificial intelligence into new areas of our daily lives requires data storage in data centers. Thus, air conditioning requirements in data centers are a central topic for data center air conditioning. Accurate and efficient cooling of the server room is responsible for the safe storage of data. Server cooling costs amount to several billion euros per year and account for about a third of the total energy requirements in a data center. Energy efficiency is therefore one of the key objectives of data center air conditioning. The environmental aspect of energy-efficient cooling should not be neglected either. The greater the CO2 and greenhouse gas savings when cooling a data center, the better the impact on the ecological balance. By using indirect, adiabatic evaporative cooling instead of ozone-depleting refrigerants, our systems reduce climate-damaging CO2 emissions. In summary, reduced operating costs and better environmental balance when cooling a data center provide a decisive competitive advantage. EFFICIENT AIR CONDITIONING CONCEPTS FOR DATA CENTERS An efficient cooling and air conditioning concept for data centers is crucial to solving the problem of operating costs. When developing our cooling technology for server rooms, we attach particular importance to its efficiency. The energy efficiency of air conditioning systems is measured using the PUE value. This ratio shows the total energy consumption of the data center in relation to the energy consumption of the IT infrastructure. The optimal PUE value is 1.0. In fact, especially for existing installations, values up to 2.0 are the rule. This means that the same amount of energy is used to air-condition the data centers and other processes as it is to run the computers. With rising energy costs and servers running non-stop 365 days a year, this is not a good ratio. Air-conditioning in data centers often accounts for up to 60% of the total energy costs. For this reason, we are constantly working on highly efficient data center solutions and achieving PUE values up to 1.2. Our ventilation systems achieve these ideal efficiency levels through a combination of indirect free cooling and adiabatic evaporative cooling. In cases where the cooling demand exceeds this combination, compression cooling can be used. "Partial Power Usage Effectiveness" (pPUE) is also a very important key figure. This figure is used to determine which cooling system is suitable for a data center. The pPUE value represents the energy requirement for cooling and IT equipment relative to the energy requirement for the IT equipment. This creates a key figure for the cooling system. The lower the value, the less energy is required for cooling. Cost savings from adiabatic evaporative cooling systems can amount to several thousand euros per year, depending on the size of the data center. Since these sizes and other factors vary greatly, we focus on the payback period to describe the economic benefit. The payback period for the investment in our air conditioning technology is only 2-5 years. When developing an air conditioning concept for a data center, we analyze all general conditions and develop project-specific solutions. The planning department takes into account architectural features such as the distribution of server racks, the location of the server room in the building and the direction of air ducts. Our air conditioner ensures targeted cooling of your data center. Here we describe how we work and how we differ from conventional air conditioning : Efficient Air Conditioning Concept for Data Centers SELECTING OUR CLIMATE SOLUTIONS FOR DATA CENTERS Depending on the size of the data center, we offer different air conditioning concepts: Small server rooms - max 50 kW Medium-sized data centers - maximum power up to 500 kW Large data centers - from 500 kW RELIABILITY OF OUR AIR CONDITIONERS IN YOUR DATA CENTER A failure of the air conditioning system in a data center can cause servers to overheat due to insufficient cooling. Such overheating of servers can have devastating consequences, such as significant data loss. This should of course be avoided and the cooling technology should be corrected. That's why we create redundancies in our data centers to prevent server damage in an emergency and ensure long-term operational reliability. Quick startup of backup systems takes about 15 seconds. Temperature, air purity, humidity levels and supply air flow distribution will remain unlimited without any loss of performance or quality. RELIABILITY OF OUR AIR CONDITIONERS IN YOUR DATA CENTER With the delivery of the air conditioning system to your site, we begin the installation of the system in the server environment. Our technical service will ensure the perfect installation of the equipment in the technical room of your data center. Once the air conditioning system is operational, we ensure that the functionality of the system in the data center is guaranteed. With periodic maintenance, we ensure optimum and maximum performance of the refrigeration technology in your data center. Here, the system is tested for its unlimited functionality and, if necessary, modifications are made accordingly. Our technical service also offers updates and optimization of the ventilation technology. This way, the cooling concept of your data center is always state-of-the-art and optimized in terms of energy consumption. You can read more about "Air Conditioning in Data Centers" in our white paper:

Официальный сайт менерга, Menerga. Сервисные услуги, поставки оборудования, производитель Менерга. Запасные части Менерга. General concept NEXT GENERATION EFFICIENCY

Запасные части менерга, фильтры и расходные материалы Новая страница home Проекты Equipment Новая страница Service Contacts Результаты поиска Группы More

84951944419, info@menerga.me, Москва, Марксистская 34 к 4 Addresses and phone numbers of the company Financial and Operational Directorate (walking distance) Financial and operational management (transport accessibility routes) Address 109147, Moscow, Marxistskaya st., 34, bldg. 4, 1st floor, office 15. Financial Directorate Phone + 74951944419, 106 Email re@menerga.me Address 109147, Moscow, Marxistskaya st., 34, bldg. 4, 1st floor, office 15. Operational Directorate Phone + 74951944419, 108 Email lzh@menerga.me Address 109147, Moscow, Marxistskaya st., 34, bldg. 4, 4th floor, office 11 Sales Directorate Sales Department Phone + 74951944419, 112 Email 801@menerga.me Repair and maintenance department (transport accessibility routes) Address 115088, Russia, Moscow, Ugreshskaya street, 8 Repair and maintenance department Phone + 74951944419, 104 Email 401@menerga.me Production warehouse (transport accessibility routes) Address 143430, Moscow region, Krasnogorsk, Nakhabino settlement, Sovetskaya street 99/4 Production warehouse Phone + 74951944419, 177 Email fi@menerga.me

Запасные части для агрегатов Menerga. Здесь вы найдете специальные запасные части Menerga для всех существующих типов агрегатов. Новая страница home Проекты Equipment Новая страница Service Contacts Результаты поиска Группы More

Климатическая установка применяется в сфере комфортного кондиционирования. Установка со двоенным пластинчатым теплообменником. ОБЪЕМНЫЙ РАСХОД ВОЗДУХА 4000–55 200 м³/ч Компактная конструкция Встроенная функция оттаивания Двухступенчатая система фильтрации приточного воздуха Энергоэффективные вентиляторы с ЕС-двигателем Температурный КПД более 75 %

Оригинальные фильтры Menerga из стекловолокна и с применением особой пропитки, действительно чистят от кислот и различных био примесей. Срок эксплуатации от 6 мес. для F7, и 12 мес. для F5 Genuine Menerga filter elements

Высококачественные услуги, профессиональная очистка, контроль и безовасность испрользования. Восстановление и ремонт клапанов, вентиляторов и прочего оборудования. OUR BRANDED SERVICE MENERGA We offer the best solution! Recommended price for Menerga Service (RU)

Menerga, MenergaApp, Service, ThermoCond, HybriTemp, AdconAir, AquaCond, Drysolair, Frecolair, Adiabaticdx, AdiabaticzeroGWP, Adiabaticdx carbonfree, Resolair, Trisolair WRG go to the new version of the site WWW.MENERGA.ME Return to the site www.menerga.me

Демонстрационное видео - это надо увидеть и влюбиться навсегда! Demo video of Menerga

Климатические установки Menerga Trisolair серий 52 и 59 с перекрестно-противоточным теплообменником. Предназначены для создания климата: В учебных заведениях, например, вузах, где в одном помещении скапливается большое количество человек, и необходимо эффективное кондиционирование и регулярный приток свежего воздуха. В спортивных учреждениях; В торговых и коммерческих зданиях; Отелях, ресторанах, салонах красоты; В производственных и складских помещениях; Медицинских учреждениях и т.д.

Сервис по заказу установок, для оперативного выбора подходящей серии оборудования для различных климатических зон. Product solutions Our systems are first-class, intelligent works of engineering and handcrafted craftsmanship. They remain reliable in operation for many, many years, significantly reducing operating costs. In the main design stages, we already integrate all air conditioning components such as ventilation, heating and cooling systems and equip everything with an intelligent control and regulation system. Each system is fully tested before delivery as part of a test run. The compact devices are always delivered "ready to connect". On the construction site, they are connected and put into operation in just a few work steps. With more than 40,000 systems installed worldwide, we cover almost all areas of application. We not only sell the equipment, but also offer you our many years of experience. When looking for the best solution, we analyze the specific conditions on site together with you. We ask many questions in our search for the optimal solution. Is it also possible to use an alternative energy source to reduce operating costs even further? In this way, we and our partners have jointly implemented countless projects that have received numerous energy efficiency awards. We are proud of this. But what we really like about it is the know-how of the jointly developed solutions, which allows operators and investors to save their hard-earned money – day after day, month after month and year after year. The investment costs are amortized over a short period. THERMOCOND CF - PRIVATE POOLS ThermoCond solutions from Menerga are multifunctional compact systems for air conditioning in private swimming pools. THERMOCOND CF - PUBLIC SWIMMING POOLS Thanks to intelligent technology, Menerga systems with ThermoCond CF and ThermoCond HP heat recovery systems provide constant comfort combined with constant energy efficiency. THERMOCOND HP – PUBLIC SWIMMING POOLS Thanks to intelligent technology, Menerga systems with the ThermoCond CF and ThermoCond HP heat recovery systems provide constant comfort combined with constant energy efficiency. Our ThermoCond HP heat recovery system is an asymmetric high-performance heat exchanger with an integrated heat pump with adjustable output. ADCONAIR ADIABATIC ZERO GWP Sufficient cooling can be achieved without FC-based compression refrigeration systems: this is demonstrated by the new climate-neutral cooling technology offered by Adconair Adiabatic zero GWP. ADCONAIR The new Menerga thermally driven air conditioning technology in AdiabaticDXcarbonfree mode within the proven Adconair heat recovery system avoids high energy consumption during the summer cooling season. ADCONAIR ADIABATIC DX CARBON FREE - THERMALLY DRIVEN The new Menerga thermally driven air conditioning technology in Adiabatic DX carbon free mode within the proven Adconair heat recovery system avoids high energy consumption during the summer cooling season. ADCOOLAIR By combining indirect free cooling, indirect adiabatic evaporative cooling and an integrated variable capacity compressor refrigeration system, each supporting the efficiency of the others, the Adcoolair heat recovery system enables recirculated heat removal from data centres and other high heat load areas. ADSOLAIR Menerga units with Adsolair heat recovery system provide high heat recovery efficiency and can be used in a wide range of air conditioning systems. AQUACOND Too often, warm wastewater is discharged into the sewer system along with all the energy it contains. Menerga solutions with the AquaCond heat recovery system extract most of this thermal energy and transfer it into clean water. DRYSOLAIR Menerga's Drysolair solutions have been developed specifically to remove high levels of moisture from inside the building. By pre-cooling the air to be dried in the recuperator, the unit operates with significantly lower compressor output than a simple heat pump system, creating a consistently good climate on the rinks. FRECOLAIR Menerga solutions with Frecolair cooling system have been developed specifically for the removal of high internal heat loads into the atmosphere from buildings without humidity requirements. In data centers and technical buildings, these devices ensure reliable operation and precisely regulate the supply air temperature to the degree. HYBRITEMP For removing excess heat from rooms with high heat loads, for cooling industrial processes or for air conditioning in buildings. Menerga solutions with the Hybritemp heat recovery system are optimally adapted to these requirements. RESOLAIR For removing excess heat from rooms with high heat loads, for cooling industrial processes or for air conditioning in buildings. Menerga solutions with the Hybritemp heat recovery system are optimally adapted to these requirements. RUN AROUND COIL SYSTEM The ring coil heat recovery system is designed for applications where strict separation of the airways is required for hygiene or safety reasons. TRISOLAIR Menerga solutions with the Trisolair heat recovery system provide the highest heat recovery efficiency at low and medium air volume flows and can be used in a wide range of applications. Thanks to their compact design, the systems are ideal for renovation projects.

Frecolair 14 – кондиционер, предназначенный для использования в помещениях с высокой тепловой нагрузкой (вычислительных центрах, тех. помещениях с вычислительной техникой и подобным оборудованием). В комплектацию установки входит интегрированный компрессорно-холодильный блок, наделённый функцией свободного охлаждения. Расход воздуха такой установки составляет 2,600 – 27,000 м3/ч.

Рекламные и технические каталоги Менерга, экономия в цифрах!

Системы адаптивного сохранения энергии, архивирования и сбора параметров энергопотребления.

Климатические системы для частных бассейнов Менерга Термоконд 19/29, устройство и принцип работы Menerga ThermoCond 19/29 The ThermoCond 19 and 29 dehumidify and heat the Pool, reducing the concentration of pollutants in the air. ThermoCond 19 is suitable for pools with lower energy consumption. ThermoCond 29 with an integrated heat pump can work more efficiently with high levels of humidity outside the building. This increases the overall efficiency of the system, which allows you to dehumidify the air in the pool hall in recirculation mode. The structural design allows cleaning in accordance with VDI 6022. Additional performance options and options: - Air filtration in all operating modes (G4/F5/F7) - Water heater pump option - Polymer wheels with optimized sound insulation (from size 19/29 20 01) - Individually adjustable performance parameters - Ready to connect device, includes all components for air conditioning in the pool, including all switching and control elements - Rigorous quality check with factory test run - Parametrically dependent bypass valve - Optional communication of water and air temperature, e.g. with adjacent OSPA water treatment systems - Plant design according to VDI 6022 - Intermediate condenser for pool water preheating (ThermoCond 29) - Heat pump system (ThermoCond 29) - Vicomo remote service Circulating air heating The unit is in standby mode (HV-RH channels), and if there is no need to control the temperature and dehumidification in the exhaust duct (EA), the system operates in circulation mode with a reduced air volume. If the circulating air needs heating, then it is heated by means of a pump and a PWW thermal register valve built into the supply duct (PV). Dehumidification with outdoor air in winter In the ThermoCond 19 series, the dehumidification of the pool is carried out by adding fresh outdoor air to the circulating flow, whereby a part of the outdoor air is automatically and continuously adjusted depending on the current evaporation of water (filling the pool bowl), depending on the humidity of the outdoor air. If the heat recovery is not sufficient to reach the supply air temperature, the supply air is reheated via the PWW heating register. In the ThermoCond 29 series, most of the sensible and latent heat is removed from the exhaust air and transferred to the supply air by means of a heat exchanger section and a crossflow evaporator. If the capacity of the heat pump is insufficient, the supply air is reheated using the heat register PWW. Excess heat can also be transferred by means of a condenser (optional) to heat the pool water. Dehumidification with outdoor air in summer With an increase in the humidity of the exhaust air (RH), the recirculation damper (if necessary) takes the "Closed" position and operates with 100% of the volume of outside air (OA). The removal of exhaust air (S) is carried out through a cross-counterflow heat exchanger. Dehumidification of circulating air (ThermoCond 29) In ThermoCond 29, the air is initially dried in the heat pump evaporator, this process is enhanced by connecting a cross-counterflow heat exchanger upstream of the heat exchanger. Further, the air (cooled and dehumidified) is preheated in the heat exchanger when interacting with the exhaust air of the pool. In addition, heat exchange takes place on the other side of the heat exchanger, which pre-cools the exhaust air (HE), which in its properties is moist and warm. The exhaust air coming from the swimming pool is close to the dew point and therefore the preheated dehumidified air is partially mixed with the untreated circulating air, where it is heated in the heat pump condenser. During the dehumidification process, air is supplied and into the swimming pool along with supply air. Because the process becomes economical and the heat pump requires less energy for dehumidification. The optimal calculation is 0.25 kWh/kg. If necessary, the supply air is reheated by the PWW cylinder heat register. Heat pump operation at home (ThermoCond 29) The built-in heat pump in the system can significantly heat the air in an indoor pool with relatively low energy consumption. That is why its use is economically justified. Since the low supply temperature of the heat pump is not sufficient, it is necessary to use the PWW heating register to heat the indoor air of the swimming pool. Which is located behind the air condenser in a unit with an integrated heat pump. In this way, a home heat pump can operate with optimal COP at constant low supply temperatures. In combination, both systems work in tandem and heat the supply air to the desired temperature level.

Tell us what you think! Please review this product: Review request not found Continue

Приложение дополненной реальности, спроецируйте установку у себя дома! MENERGA AUGMENTED REALITY APP - ARdiabatic Download the new app "ARdiabatic by Menerga" and discover different energy efficient cooling technologies with our Adconair heat recovery. After launching the app, simply swipe your tablet or smartphone across the open space and immerse yourself in the world of Menerga air conditioning and ventilation technology. You can download the application from the following stores: App Store Google Play Store

Климатическая установка Adconair 76 со встроенной функцией оттаивания – самая высокопроизводительная установка среди всех систем для комфортного кондиционирования Menerga. В конструкцию системы входит противоточный пластинчатый теплообменник с расход воздуха 2,600 – 35,600 м3/ч. Применение установки универсально – в жилых и нежилых помещениях любого типа.

Your review is now visible Thanks for your review. Leaving reviews can help other shoppers make informed decisions. See Your Review

Системы применяемые для ЦОД, с высокоэффективным адиабатическим рекуператором AIR COOLER ADCOOLAIR GREEN IT With a combination of indirect free cooling, indirect adiabatic evaporative cooling and an integrated compressor refrigeration system with variable capacity, each supporting the efficiency of the others, the Adcoolair heat recovery system enables heat to be removed in recirculation mode from data centres and other areas with high thermal loads. Minimal space requirements, low air pressure losses inside the unit and very low energy consumption are just some of the key benefits of this flexible solution. The use of energy-efficient EC fan motors in combination with a demand-driven flow control system further contributes to reduced operating costs.