Hybrid - Import export

Energy storage systems (ESS) are an essential part for modern, environmental-friendly and energy-efficient ship propulsion systems. By using different ship operating modes, the energy balance can be significantly improved and thus, the fuel consumption and the emission volume can be reduced or in case of fully electric systems, emission can be even completely avoided. By using an energy storage system, the combustion engines operate mainly within the optimum speed and load range and this reduces the maintenance costs. Furthermore, the redundancy of electrical and common propulsion drives minimises immensely the blackout risk. In the field of energy storage, the battery storages belong to the most common and most efficient storage systems. Safe and reliable energy storage due to PBES CellCoolTM Liquid Cooling Maximum power and performance due to high performance XALT Lithium-ion cells (3C rate) Modular cell exchange concept (CellSwapTM) ensures easy renewing of old cells

"Ball bearings with a material combination of bearing steel (inner and outer rings) and ceramic (balls) are called ‘hybrid’ ball bearings. All GMN ball bearings can be supplied as hybrid ball bearings. The material characteristics of ceramic balls in hybrid ball bearings result in significant increases in machine performance (in comparison to ball bearings using steel balls), especially under critical conditions.

Hybrid filters represent a new generation of filters based on a proprietary and patented pleat technology. We use the most recent 3layer filter media design, which means each layer features its own characteristics. We offer this unique filter generation as a substitute product for standard bag filters and panelfilters. Our filters are tested according to various standards (EN779, ISO16890, Ahsrae 52.2).

We can produce the parts you require using specific tools or on special-purpose machines. We produce complex forms and assembly parts with strip thicknesses of 0.10 to 3.00 and with strip widths of up to 100 mm – depending on the material used. The manufacturing processes that we offer include: Punching, forming, embedding, welding, bolting, riveting and mounting. We perform the assembly of small batches by hand, while larger volumes are performed automated if you so wish. Our hybrid sub-assembly production includes the over-moulding of punched parts made of wire or metal with a variety of plastics or silicones. In order to ensure that the desired braking element features optimum properties, we make use of both the temperature durability and the haptic advantages of silicone and the weight advantage of plastic when combining these materials in this fashion. Guide tube assemblies, a combination of springs and tubes, are part of the hybrid component portfolio.

The UT-H is suitable for processes in high temperature and pressure ranges. The boiler can also convert to climate-neutral fuels which makes it a future-proof solution. — High-pressure hot water boiler from 820 to 18,300 kW with very high efficiency levels — Versatile operation for the manufacturing industry and district heating grids with temperature levels up to 225 °C — Customer-specific design and future-proof technology — User-specific control which offers integration of other control systems and remote monitoring — Custom designs for heat recovery boilers — Proven and reliable construction Made in Germany

Hybrid-Braid in W-Profile made of ePTFE/Graphite and Graphite yarn with Run-In Lubricant Characteristics Universal packing for sealing abrasive mediums in all manner of plant rotating equipment Low Coefficient of friction and ultimate heat conductivity High plant standardization possibilities Recommended Shaft Surface Hardness HRC35 Operating range Pressure [p max]: 25 bar, Velocity [v max]: 25 m/s Pressure [p max]: 250 bar, Velocity [v max]: 2 m/s Pressure [p max]: 150 bar Temperature: t = -100… +280 °C pH: 0 - 14 Density: 1.55 g/cm³ Main application Centrifugal pumps Mixers Kneaders Agitators Refiners Autoclave Filters Suitable for Bauxit Industry General Mining Ash Slurrries in Power plants Pulp and paper industry Chemical industry Waste water technology Universal use Form of delivery This packing can be manufactured from 6 to 40 mm square as well as in intermediate, inch sizes and special measurements. 06 - 09 mm on 1 kg spool 10 - 15 mm on 2,5 kg spool 16 - 25 mm on 5...

Hybrid-Braid in W-Profile of heat conductive ePTFE Yarn with Silicon oil run in lubricant lubricant and form stable PTFE fibers Practical useful application data: max. temperature: +200 °C max. velocity centrifugal pumps: 16 m/s Characteristics Wear resistant through Running Track Reinforcement Very high heat conductivity through employment of a special heat conductive Compound Clean packing, no contamination of medium Increases the operative lifetime due to high mechanical strength and excellent heat conductivity Provides maximum protection of shaft against wear Recommended shaft surface hardness: HRC 25 Operating range Pressure [p max]: 20 bar, Velocity [v max]: 20 m/s Pressure [p max]: 100 bar, Velocity [v max]: 2 m/s Pressure [p max]: 100 bar Temperature: t = -100… +280 °C pH: 1 - 14 Density: 1.80 g/cm³ Practical useful application data: max. temperature: +200 °C max. velocity centrifugal pumps: 16 m/s Main application Centrifugal...

Battery diagnostic system Extensive protection functions and self-protection functions Short circuit and reverse polarity protection Protection against defective batteries Reliable sparking suppression Comfortable menu navigation / charging parameter configurable Built-in communication interface Mini-USB port for firmware update 37-pin signal interface for cell contact plug Sealed housing, protected against internal pollution Cell voltage monitoring Status indication via display and high power LEDs Menu navigation: English, French, German, Italian, Spanish Wide range of accessories e.g. mains and charging cable, wall mount adapter etc. Option: Customized charging parameters Option: Regeneration charging for deep discharged batteries Electrical safety – certifications: EN60335, EN60950, UL60950-1, UL1236, CSA C22.2 No.60950-1-07, GS, RU Utilized and approved by first-class automotive manufacturer

The HH17/19 potentiometers in Ø22 mm housing are suitable for applications where a long lifespan and very high-resolution multiturn potentiometer is important. The high-resolution precision potentiometers of the HH17/19 series have a wire-wound resistor element, which is finished with a conductive plastic layer. Thus, the so-called winding jumps are omitted and the resolution is almost infinite. Due to the smooth surface of the resistance element, the hybrid potentiometer has a significantly longer life and qualifies it as a position feedback in closed loop control circuits. The shaft diameters is Ø6,35 / Ø6.00 mm (HH17 / HH19) and is equipped with a screwdriver slot. In addition, an optional integrated slipping clutch protects the potentiometer from damage by overrunning the end stops and facilitates the zero point adjustment. The potentiometer is available in a 3, 5 or 10 turn version.

Steam Ejectors & Liquid Ring Vacuum Pumps Engineered for optimum efficiency, Nash Hybrid Systems now offer a 15% reduction in steam consumption. This was achieved through extensive R&D efforts, resulting in innovative design improvements. Nash has designed and manufactured hybrid systems since 1979, and our hybrid systems are recognized worldwide for reliable performance and low greenhouse gas emissions. As the new standard for Nash hybrid designs, these systems maintain traditional benefits, while offering accelerated payback through increased energy savings, condensers designed per HTRI specifications and a faster response time through regional sourcing. Nash is the only company to manufacture both the pumps and ejectors that go into a hybrid system, and offers a complete system warranty. All Nash hybrid systems are backed by global aftermarket support, decades of engineering expertise, and a proven history of reliable, dependable installations. Existing all ejector systems can be upgraded to more efficient hybrid systems by replacing or modifying stages. Nash engineers can evaluate your specific systems and recommend a custom hybrid design that will optimize your energy savings. Through reduced operating costs, upgraded systems can offer a payback of 2 years or less. Nash hybrid systems are used in industries and applications where deep vacuum is required and system reliability is critical. In operations where efficiency is key, emissions are a concern, or if there is a scarcity of steam in the plant, Nash hybrid systems are the optimal solution for efficiency.

Steam Ejectors & Liquid Ring Vacuum Pumps Engineered for optimum efficiency, Nash Hybrid Systems now offer a 15% reduction in steam consumption. This was achieved through extensive R&D efforts, resulting in innovative design improvements. Nash has designed and manufactured hybrid systems since 1979, and our hybrid systems are recognized worldwide for reliable performance and low greenhouse gas emissions. As the new standard for Nash hybrid designs, these systems maintain traditional benefits, while offering accelerated payback through increased energy savings, condensers designed per HTRI specifications and a faster response time through regional sourcing. Nash is the only company to manufacture both the pumps and ejectors that go into a hybrid system, and offers a complete system warranty. All Nash hybrid systems are backed by global aftermarket support, decades of engineering expertise, and a proven history of reliable, dependable installations. Existing all ejector systems can be upgraded to more efficient hybrid systems by replacing or modifying stages. Nash engineers can evaluate your specific systems and recommend a custom hybrid design that will optimize your energy savings. Through reduced operating costs, upgraded systems can offer a payback of 2 years or less. Nash hybrid systems are used in industries and applications where deep vacuum is required and system reliability is critical. In operations where efficiency is key, emissions are a concern, or if there is a scarcity of steam in the plant, Nash hybrid systems are the optimal solution for efficiency.