TLE Series UPS kW CE

Page 2 TLE Series kVA/kW CE Product Range TLE Series UPS kVA/KW 160,200,320,400 kW High efficiency UPS Introducing TLE Series UPS CE Marked, 3x380/400/415V In & Out, 50/60Hz Double Conversion efficiency up to 96.5% eBoost mode efficiency up to 99%

Page 3 TLE Series kVA/kW CE Creating Value – Low TCO Ultra High Efficiency Excellent Performance Improved Diagnostic High Reliability Ease of Installation Improved Serviceability

Page 4 TLE Series kVA/kW CE Creating Value – Low TCO Best in Class Efficiency 1

Page 5 TLE Series kVA/kW CE Double conversion Efficiency – 96.5% High Efficiency at all loads Reduced customer operation costs and cost saving in air conditioning design Best in class VFI efficiency High efficiency performances at any load High efficiency at full and partial loads for real benefit in operating conditions Energy cost saving Reduced cost of customer equipment operation at all loads Air conditioning cost saving Reducing size and cost of air condition system Reducing consumption and related operating cost

Page 6 TLE Series kVA/kW CE High Efficiency – eBoost mode e high efficiency (up to 99%) Boost fast transfer to inverter <2ms "GE's eBoost feature expands a classic mode On-Line Double Conversion UPS System to a multi-mode UPS capable of maximizing operating efficiency commensurate with the stability of utility voltage and frequency eBoost can be operated in RPA mode, up to 6 UPS modules in parallel, with all units operating and switching as one through redundant communication bus

Page 7 TLE Series kVA/kW CE High Efficiency – Low TCO High efficiency up to 96.5% Considerable life cycle cost savings Reduction in UPS operating cost Reduction in cooling cost 6 MW IT load - TLE series provides savings of $2 MM while operating in VFI mode Assumptions: Power cost = $ 0.10 /kw-hr Operating hours/year = 8760 Configuration = S+S operating at 50% load 94% 96.5% 99%

Page 8 TLE Series kVA/kW CE High Efficiency – Low TCO High efficiency up to 96.5% Considerable life cycle cost savings Reduction in UPS operating cost Reduction in cooling cost Assumptions: Power cost = € 0.10 /kw-hr Operating hours/year = 8760 Cooling factor = 0.35 Configuration = 400 kW 50% load TLE Series UPS annual savings Compared to 94% efficiency UPS > € 6,500 Compared to 95% efficiency UPS > € 3,800

Page 9 TLE Series kVA/kW CE Creating Value – Low TCO Excellent Performance 2

Page 10 TLE Series kVA/kW CE UPS input performances Total Current Harmonic Distortion – THDi <3% UPS input power factor: 0.99 Constant behavior at all loads Negligible harmonics contents at full and partial loads Programmable Soft Start Feature Benefit on input mains Saving in the sizing of upfront equipment e.g. GenSet, cablings, circuit breakers, … No disturbances to nearby equipment Saving cost due to additional filters Best in class input performance

Page 11 TLE Series kVA/kW CE High input performance means saving: GenSet size ( From 2 X Load kVA to 1.3 X Load kVA) - Stable & longer life due to absence of harmonics Circuit breaker size Cabling section/size Investment & space Improved life for nearby equipments No reactive power – saves on power compensation Input performances benefit

Page 12 TLE Series kVA/kW CE Power capability – Unity power factor Designed to supply real power for any type of application - inductive loads - resistive loads - capacitive loads No de rating required to supply resistive and capacitive loads (0.9) Suitable for modern power supply application with unit or capacitive power factor (e.g. new servers generation), crest factor up to 3:1 TLE Series 200 kVA load capabilities: Inductive load PF= kW / 200 kVA Resistive load PF=1 200 kW / 200 kVA Capacitive load PF= kW / 200 kVA UPS output power capability 25% more power compared to UPS with PF=0.8 11% more power compared to UPS with PF=0.9

Page 13 TLE Series kVA/kW CE Creating Value – Low TCO Improved Diagnostic High Reliability 3

Page 14 TLE Series kVA/kW CE Improved diagnostic, High Reliability TLE Series – Improved diagnostic, High reliability Wave form capture capability Fan failure detection AC Capacitor health monitoring Component life time counters Dedicated supply path for bypass logic Isolated power supply Robust RPA communication (Manchester coded) No total OFF Heat sink & input, output filter coils temperature monitoring

Page 15 TLE Series kVA/kW CE New FLEX DSP board Extended modularity Improved diagnostic capabilities Black box -> Waveform Capture capability improved diagnostic Higher computing capability -> more ability to manage data Waveform capture Enhanced serviceability Parameter download/upload no more required, just move the NVRAM chip from the old board to the new one Improved reliability Dedicated supply for bypass logic Dedicated supply for connectivity channels Redundant logic for emergency bypass activation Main-board integrated RPA control: RPA board contains only interface hardware More robust RPA communication (Manchester coded) Enhanced connectivity Common platform New digital communication – 3X bandwidth Faster connectivity -> up to 10x with connectivity devices hardware upgrade

Page 16 TLE Series kVA/kW CE New FLEX DSP board: the black-box Waveform capture, diagnostic and trend analysis Simultaneous acquisition of 32 channels Sampling frequency up to 10kHz Smart trigger capability with up to 16 indipendent trigger sources to record only specific events with pre/post trigger data acquisition Buffer depth of 1000 samples per channel: each event is recorded for s.f. 10kHz 8 buffers to record up to 8 events without losing older events – can be extended with external USB mass storage devices WAVEFORMS Inverter voltages Bypass voltages Input mains voltages Output voltages: Output current Phases: Input capacitors “Cin” voltages: Inverter primary current: Input current: IDC current: Battery current: Bypass current: UDC Communication status RPA Auxiliary status SSM status Fuses status Phase error slave master.

Page 17 TLE Series kVA/kW CE Configurable up to 6 units in parallel Future expansion Safe and reliable power supply Redundant Communication Bus Redundant Parallel Architecture Easy to install and maintain Easy system upgrade/downgrade Maintenance operation without load interruption System reliability improved by RPA

Page 18 TLE Series kVA/kW CE Immunity TLE Series products design for IEC C3 level for immunity, i.e. can withstand possible disturbances and noise without affecting standard working conditions Immunity TLE Series immunity level ESD 8kV (air) 4kV (contact) Surge 1kV line to line 2kV line to earth RF common mode (1kHz)10V EMC - Immunity

Page 19 TLE Series kVA/kW CE Creating Value – Low TCO Ease of Installation Improved Serviceability 4

Page 20 TLE Series kVA/kW CE Reduced footprint Compact design saving space in installation kVA: 820 x 865 x 1905mm kVA: 1420 x 865 x 1905mm kVA: Top-bottom cable entry Easier to handle High power density Savings in installation space Compact design

Page 21 TLE Series kVA/kW CE Double conversion (VFI) technology Automatic bypass for overloads, short circuit and UPS disturbances conditions Manual bypass Q2 for UPS maintenance operations without load interruption Standard separate mains Number of battery blocks – Protection safety devices integrated - back feed protection K6 standard UPS configuration * CB3 is external option

Page 22 TLE Series kVA/kW CE Improved serviceability Front Access design Front access construction/design Draw out construction for fans & power modules Easy access to customer connections Easy access to connectivity Improved diagnostic capability iUPS Guard – Remote monitoring Standard back feed & Q2 (maintenance bypass)

Page 23 TLE Series kVA/kW CE Menu driven touch screen display Critical measurement of input, output and battery included with mimic diagram Quick operational status Different access level for user and service Different mimic diagram based on configuration Multilanguage communication interface supporting: English, German, Italian, Spanish, French, Finnish, Polish, Portuguese, Czech, Slovakian, Chinese, Swedish, Russian and Dutch Advanced User Interface Metering Alarm Set up Command RPA System

Page 24 TLE Series kVA/kW CE Advanced User Interface Menu driven touch screen display Separate screen for RPA system with status and measurements Metering screen by tabs Home button inside each screen Improved alarm and events screen Easy to use set up screen

Page 25 TLE Series kVA/kW CE Customer Connectivity Easy integration with Building Management System (BMS) Customer interface UPS supervision capability 1x RS232 Serial Communication Port 6 programmable potential free alarm contacts: - D plug - Terminals blocks 1x Emergency Power OFF contact 1x Gen-ON Input contact 1x Control Input contact Additional interface: SNMP Interface Card (10/100Mbps auto-select) MODBUS Interface (RS232 or RS485) iUPSGuard (free during warranty)

Page 26 TLE Series kVA/kW CE Top cable entry cabinet for kVA 250 x 865 x 1900 mm Battery disconnect (CB3) Box 690 x 300 x 875 mm Battery cabinets: Empty cabinet, 1 x 75Ah, 2x50Ah cabinets Input galvanic isolation Surge suppressor, Common mains, 24 Vdc power supply RPA card eBoost operation mode EMC filter class A cabinet – kVA Installation flexibility - Product options Product Options ISM (intelligent Synchronization module) – not supported

Page 27 TLE Series kVA/kW CE Creating Value – Low TCO Summary 5

Page 28 TLE Series kVA/kW CE Differentiated TLE Series UPS Efficiency Black Box Limited life component monitoring High Reliability Small foot print Product options Font access New control panel Draw out construction 96.5% THDi <3%, Input pf 0.99 Output pf -1

Page 29 TLE Series kVA/kW CE TLE Series UPS Differentiating: Best in class double conversion efficiency - up to 96.5% Ultra high efficiency in eBoost mode of operation - up to 99% Static bypass inductor and output capacitor for filtering utility power Compact foot print provides very high power density Excellent input, output performance Improved diagnostic capability with black box Ease of installation and Improved serviceability

Page 30 TLE Series kVA/kW CE