Technológia
Eaton technológiák - Piacvezető innovációk
Az Eaton a szünetmentes áramellátó rendszerek egyik legmeghatározóbb gyártója a világon, és mint a trendet diktáló innovatív piaci szereplő, olyan technológiai újításokat dolgozott ki az elmúlt évtizedekben, melyek alkalmazása alapjaiban változtatta meg az UPS piacot.
Technológiai újításai más dimenzióba helyezik a szünetmentes energiaellátás biztonságát, a megrendelői igényekhez rugalmasan alkalmazkodó bővíthetőséget és skálázhatóságot, az IT integrációt széles platformon és nem utolsó sorban az energiahatékonyságot.
Az Eaton mérnökeink folyamatosan újabb és újabb intelligens módszerekkel, technikai megoldásokkal állnak elő, amik egyedülálló tulajdonságokkal ruházzák fel az Eaton berendezéseket, az UPS rendszereket, és jelentős megtakarításokat, piaci előnyöket eredményez használóinál.
Az Eaton folyamatosan együttműködik ügyfeleivel olyan megoldások kifejlesztésében, melyek fenntartható fejlődést tesznek lehetővé világszerte.
Ismerje meg az Eaton hagyományait a technológiai innováció területén!
Az Eaton technolóigiai innovációi
Az Eaton tradícionális szakértelmével hosszú ideje nagy energiát mozgósít annak érdekében, hogy technológiai fejlesztéseivel, szabadalmaival kiszolgálja ügyfelei igényeit a kritikus fogyasztók védelme tekintetében és fenntartható energiagazdálkodási megoldásokat kínáljon.
Az Eaton innovatív piaci jelenléte régre nyúlik vissza. 1962-ben kezdődött, amikor a vállalat szabadalmaztatta az első AC invertert.
| 2014 | A unique grip system for Eaton´s third generation rack power distribution units (ePDU G3). The integrated grip ensures that IT equipment is protected against IEC plugs being accidentally knocked out during maintenance or come loose through vibration. The grip system works with any IEC plug, no need to buy special cables or brackets. |
| 2013 | Intelligent Power Manager (IPM) software wins the “Best of VMworld 2013” Gold Award in the Virtualization Management category. |
| 2012 | First power management company to achieve VMware Ready™ certification and offer automatic virtual machine synchronization and initiation of a backup site to avoid data loss and reduce downtime during power outages within VMware® vCenter™ Site Recovery Manager. |
| 2012 | Eaton is the first UPS manufacturer to offer capabilities to remotely shut down a host server during a power outage within VMware® vSphere™ High Availability (HA) mode with its latest version of Intelligent Power® Manager software. |
| 2011 | Developed industry’s first 5000A static switch for increased current capacity to data centers, which uses leading edge integrated heatpipe technology to extend traditional 4000A capability to 5000A. |
| 2011 | Demonstrated an Eaton 9395 UPS interface to photovoltaic solar panels. Proved concept that a UPS can integrate to an intermittent, highly efficient renewable energy source and still provide uninterrupted power to a critical load. |
| 2010 | First in the industry to integrate into VMware® vCenter™ server virtualization platform, resulting in reduced infrastructure and operating costs as well as increased productivity and responsiveness. |
| 2010 | First UPS to receive SMaRT™ certification, allowing the 9395 to help projects earn LEED credit points. |
| 2009 | Eaton introduces Intelligent Power® Manager software, an intuitive, cost-effective and secure way for IT managers to remotely manage and monitor all of their networked power and environmental devices across the enterprise. |
| 2009 | First UPS with double-conversion protection and 99% efficiency up to 1100 kVA |
| 2007 | Advanced load testing without the requirement of an external load for Eaton 9395 UPS models from 225 to 1100 kVA with the Easy Capacity Test. |
| 2007 | Eaton introduces a quantum leap in large, three-phase UPS technology, the Eaton 9395, which incorporates a modular and upgradeable design with internal redundancy for maximum reliability. |
| 2007 | Eaton introduces the high power density and high efficiency Eaton BladeUPS rackmount UPS, a 12 kVA modular UPS featuring N+1 parallel redundant systems up to 60 kVA with modular distribution. |
| 2005 | First UPS featuring full power processing to verify internal converter operation and site commissioning tests without external load banks. |
| 2005 | First UPS with full power battery discharge independent of attached load for battery integrity testing |
| 2004 | Modular transformer-free UPS up to 160 kVA, integrating an unmatched combination of power performance, battery management, scalable architecture, flexibility, and service |
| 2003 | First 6 kVA UPS in 3U for high-density rack applications increases power density by 33%. |
| 2003 | First 3kW DC power rectifier module with power density greater than 10W/cu in. |
| 2003 | Second-generation wireless paralleling for high-frequency power inverters |
| 2002 | First dual source UPS for rackmount applications |
| 2002 | First DC power system with cell phone (SMS) text message alarm and status capability. |
| 2002 | First full 100Mbps switch hub integrated on a network card |
| 2001 | First HFSM DC power system design designed specifically for IT applications including “Power-over-LAN” |
| 2001 | First DC power system with integrated, networkable monitoring and control for auxiliary equipment |
| 2001 | UPS with 3 kVA increases power density by 40% |
| 1998 | First DC power system with battery runtime prediction |
| 1997 | First DC power rectifier module with Active Voltage Control (AVC) to maintain bus voltage to within ±0.01V |
| 1997 | First DC power rectifier module with greater than 92% efficiency at typical loads |
| 1996 | First UPS with wireless paralleling |
| 1993 | First UPS to offer load segmentation |
| 1993 | First UPS with ABM technology to extend battery life |
| 1992 | First DC power rectifier module with power density greater than 5W/cu in. |
| 1991 | First microprocessor based DC power system controller |
| 1989 | First high-frequency transformer-free UPS |
| 1987 | First high-frequency switch mode rack power systems specifically designed for telecommunications |
| 1987 | First UPS with advanced pulse-width modulated (PWM) technology and microprocessor-based diagnostics |
| 1986 | First commercially available 200W high-frequency switch mode DC power systems for telecommunications applications |
| 1986 | First UPS over 100 kVA for computer rooms |
| 1982 | First UPS suitable for computer rooms |
| 1982 | First UPS suitable specifically designed for offices |
| 1976 | First UPS for emergency lighting HID lamps |
| 1972 | First fault-tolerant and parallel UPS |
| 1972 | First all digitally-controlled UPS |
| 1968 | First commercial UPS combining battery chargers and inverters |
| 1962 | First AC power inverter |
