Thermal Energy Equipment Supplied In Europe

The Solar Thermal Energy Department of the National Renewable Energy Centre offers technological services and carries out applied research activities related to the thermal use of solar energy. Its main objective is to help improve thermosolar technologies and thus facilitate their penetration into the market ...

This calculator designed for applications such as cogeneration, energy efficiency or acting as a simple centralizer for various energy carriers. The MV311 Isonrg can include a 4GB memory that allows 1 second interval recording of all measured values, alarms, and events. Stored data can be transferred and processed through the freely available MCP management ...

Thermal screens allow you to control light, temperature, and humidity inside the greenhouse. The climate in the greenhouse can control more accurate and reliable. Thermal screens separate the top part of the greenhouse from the central growing space. ...

The B-Meters Ultrasonic thermal energy meter, designed to measure heating and cooling. It can be used for commercial metering of energy consumption for local heating systems: in dwelling houses, office buildings, energy plants and similar applications. The meter is light-in-weight, compact/robust, economic efficiency, and is ...

MGTES is a long life and innovative Thermal Energy Storage (TES) solution. developed and consolidated by Magaldi in recent years, capable of playing an important role in the global decarbonization and energy optimization of industrial process. MGTES is a high temperature TES featured by fluidized bed of solid particles capable of receiving ...

HeatTank is the revolution of thermal energy storage systems. Depending on the problems that need to be solved, HeatTank can be installed in different ...

The thermal energy and heat meter IFX-E3 is designed for domestic and service sector applications and links the flexibility of the “ONE” function (Optimized & Nimble Elaboration) with the opportunity to have different protocols simultaneously. ...

Energy Nest’s thermal energy storage is perfectly suited for industries operating processes at temperatures between 150°C and 400°C. The storage may be used for a range of applications -- including storage of recovered waste heat, benefiting from low-cost grid power to produce heat for later use, reducing the impacts of cyclic ...

The recuperator design encourages the transfer of thermal energy from a gas state to a liquid state indirectly (without mixing the two streams), this ensure after operation. The target water temperature is 95°C. This liquid thermal energy is passed into an accumulator tank where it is stored for immediate or later use. ...

Everyone knows how solar thermal energy works. When water is exposed to the sun, it heats up. The darker the container used, the faster the water heats up. This is exactly the principle used by solar collectors. The sun heats a special liquid in the closed circuit of flat or vacuum tube collectors. ...

Seasonal Thermal Energy Storage (STES) is an innovative technology designed for the efficient management of thermal energy. It operates on a cycle that has a six-month charge phase during spring and summer, followed by a six-month discharge phase throughout autumn and winter. ...

A Thermal Bank is a bank of earth used to store heat energy collected in the summer for use in winter to heat buildings. A Thermal Bank is an integral part of an Interseasonal Heat Transfer system invented, developed and patented by ICAX to answer the need for on site renewable energy without burning fossil ...

E-peas’ thermal energy harvesting IC solution – AEM20940 – is an integrated energy management subsystem that extracts DC power from a thermoelectric generator (TEG) to simultaneously store energy in a rechargeable element and supply the system with two independent regulated voltages. ...

The Heliostorage borehole thermal energy storage solution provides large-scale underground energy storage that enables the long term, energy efficient and eco-friendly storage of heat. One of the biggest challenges with any sensible heat storage solution is overcoming losses. ...

Cutting-edge thermal energy storage without critical raw materials: Delivering a low-cost, high-density, efficient, and long duration energy storage solution. The system is a plug and play solution with a highly compacted ...

Based on the static measurement principle, the Supercal 5S provides solutions for low to very high flow rates (qp 1.5 – 1500 m3/h). One important element is the multifunctional calculator that can be equipped with various communication interfaces. The removable measuring head allows efficient re-calibration. Dismantling and assembly costs are significantly reduced because only the measuring ...

ERW 700 uses input data such as flow (differential pressure), pressure, temperature and density to calculate the volume, standard volume and mass of liquids, gases and ...

For energy generation in the heating sector, a decentralised heat supply plays an increasingly important role. Often, several energy sources are used in the building, which contribute to the heat and power supply in parallel or alternatively under certain ...

Three of the Katronic clamp-on ultrasonic flowmeters can be supplied as heat quantity measurement instruments and are increasingly being used as portable and permanently installed energy meters by various industries and municipal organisations. The clamp-on mounting technique of the flow and temperature sensors enables the flowmeters to measure heat quantity non-invasively ...

Comprised of: detachable calculator, coaxial concentric connections water meter, Pt 1000 temperature sensors. The water meter fits to EAS bodies of other manufacturers (see data sheets). Nominal flow rate qp: 0.6 m3/h, 1.5 m3/h, 2.5 m3/h. Inlet or outlet and unit of measurement can be set on site. Communication interfaces: wireless M-Bus, wireless M-Bus + 3 . pulse inputs, M-Bus, M-Bus + 3 pulse ...