2_ Indoor Ups Solutions

8/17/2019 2_ Indoor Ups Solutions

1/77

Alpha TechnologiesINDOOR UPS product training

General TrainingOzcan Akbaba, Middle East Regional Sales Manager


2/77

What is a UPS?

U P

S

Uninteruptable

Power

Supply


3/77

Some Reasons for Using a UPS

Poor Power Quality

Critical Equipment Needs to Stay Running

Carry through until EmergencyGenerator Starts

Unattended Shutdown of Computers onPower Fail


4/77

UPS Output Waveforms

120 Vrms

170 Vpeak

Zero

120 Vrms

170 Vpeak

Zero

Sine Wave

Quasi Sine wave (stepped square wave)


5/77

Power Problems

SPIKESSharp increases in electrical

energy reaching as high as 600volts and lasting up to ½ second.

Spikes are caused by lightning, fluorescentlighting, air conditioners, copy machines,elevators, etc., resulting in data error and/orhardware damage.


6/77

Power Problems

NOISEHigh frequency interference

appearing on the AC line

Noise is caused by static, transformers, faulty

light fixtures, broadcast equipment, autoignitions, appliances, etc., resulting in garbleddata, keyboard lockups, and semiconductordamage.


7/77

Power Problems

SAGS/SURGES

Short duration changesin voltage levels.

Sags or Surges are caused by the startup of

electric motors, air conditioners, transformers,machine shops, utility switching, etc., resultingin data errors, equipment overheating, andpremature equipment failures.


8/77

Power Problems

BROWNOUTSLong duration decrease in

voltage (20% or more).

Brownouts are usually caused by peak period

overloads, power network switching, faultywiring, etc., resulting in data loss, hardwaredamage, and equipment overheating.


9/77

Power Problems

BLACKOUTS

Complete Loss of power.

Blackouts are caused by downed power lines,

open circuit breakers, power plant failures,etc., resulting in complete data loss, hardwaredamage, and equipment overheating.


10/77

Types Of UPS’s

• Stand-by

• Line Interactive

• Ferro Resonant / Controlled Ferro Resonant

• Double Conversion (Online)


11/77

INVERTERBATTERY

CHARGER

BATTERY

SYSTEM

INPUT

POWER OUTPUT

POWERTransfer

Relay

Standby UPS

Simplified Block DiagramUtility Power Mode


12/77

INVERTERBATTERY

CHARGER

BATTERY

SYSTEM

INPUT

POWER OUTPUT

POWERTransfer

Relay

Standby UPS

Simplified Block DiagramBattery Power Mode


13/77

Pro’s and Con’s of a Standby UPS

Pro’s

• Low Cost

• Small

• Light Weight

• Efficient

Con’s

• Minimal Load Protection

• 2-4 ms typical transfer time


14/77

Line-Interactive UPS

CHARGER /INVERTER

BATTERY

SYSTEM

INPUT

POWER

OUTPUT

POWER

ANTI

BACKFEED

CONTACTOR

EMI / RFI

ISOLATION

FILTER

BUCK & BOOST

CONTACTORS

Simplified Block Diagram


15/77

Pro’s and Con’s of a Line Interactive UPS

Pro’s

• Low Cost

• Quasi Output Regulation

• Wider Input Range

• Efficient

Con’s

• Minimal Load Protection

• 2-4 ms typical transfer time


16/77

PWM

IGBT

INVERTER

FERROCONTROL

CPU

BATTERY

CHARGER

BATTERY

SYSTEM

INPUT

POWER

C u r r e n t s e n s e

V o l t a g e s e n s e

CONTINUOUS

FILTERED

REGULATEDOUTPUT

POWER

UL Contactor

Static Switch

CFR UPS



17/77

Pro’s and Con’s of a CFR UPS

Pro’s

• 100% Power conditioning

• Complete I/O Isolation

• Power Factor Correcting

• Better Output Flexibility

Con’s

• Larger/Heavier

• More Expensive


18/77

Double Conversion UPS

INVERTERRECTIFIER/

CHARGER

BATTERY

SYSTEM

INPUT

POWEROUTPUT

POWER

BYPASS



19/77

Pro’s and Con’s of a Double Conversion UPS

Pro’s

• 100% Power conditioning

• Automatic Bypass

• Power Factor Correcting

• No Transfer Time

Con’s

• Higher Heat Output

• More Expensive thanLine Interactive


20/77

What Does Alpha Offerto the AC UPS Market?


21/77

Indoor vs. Outdoor Product Alpha provides long run time products for two main

markets: indoor and rugged or outdoorapplications:

Indoor Applications: applications with controlledenvironment, mostly free of dust, and where the

temperature is between 0 and 40 ºCOutdoor/Rugged Applications: Applications wherethere may be one or all of:

•Extreme temperatures

•High humidity•Dust

•Vibration


22/77

Key Features of Outdoor/Rugged UPS

• Made of rugged electric and electronic components:due to the fact that the UPS is designed for extremeconditions, the elements that make the UPS are alsodesigned for extreme conditions.

• Thermostatically controlled battery heater mats available

• Temperature compensation utilized to effectively managethe battery charge voltage based on temperature

• Conformal coated PCBs protect against exposure to moisture and high humidityenvironment

• Designed to operate under extreme temperature conditions (-40°C to +74°C)

• Remote monitoring via SNMP web-based communication

• Built-in AVR (Automatic Voltage Regulation) allows for a wider input voltage rangefor world-wide use

• Enhanced surge protection capability (TVSS – Transient Voltage SurgeSuppressor, LAP – Lightning Arrestor Protection)

• Enclosures meet specific ingress protection (IPXX) standard for extremeenvironments (Zone 4 earthquake, rain test, dust, impact test, etc)


23/77

Indoor Solutions Outdoor/Rugged Solutions

-Self contained units with all the

components inside a close enclosure

-Extra-Batteries available as add-onbattery packs

- Tower and Rack mount options

-System made by several components,

each selected to suit a specific project

- Ground, Pole, and Wall mount options

Enclosure

Power Module

ATS

Batteries


24/77

Indoor UPS matrix


25/77

Tetrex

• Line Interactive Design

• Modified sine-wave output• Ideal for workstations

• Models available from 500VA to 800VA

• Available as tower models

• Fully digitized microprocessor controlled

• USB communication standard• 24-month limited warranty


26/77

Sentra XL

• Line Interactive Design

• Models from 1 kVA up to 3 kVA• High output PF 0.9

• Ideal for SOHO business:

workstations, servers, small data networks


• Power factor correction

• SNMP internal slot included for web agent

• Extended battery connector included

• USB/RS232 interface included for communication

• Tower/Rackmount convertible design

• 4 A charger for fast recharge time

• 200W charger built in every battery pack• 24-month limited warranty


27/77

A Tour of the Sentra XL

Air ventilation holes

Output IEC 320

Input IEC 320External battery

connector

EPOUSB

RS 232

Communication slot


28/77

Continuity

• True Online operation

• Zero transfer time in the event of a power disruption• Models from 1 kVA up to 10 kVA

• High output PF 0.8 up to 3 kVA, 0.9 at 6 and 10kVA model

• Ideal for mission-critical applications: servers, voice and data networks


• Power factor correction


• Extended battery connector included

• USB/RS232 interface included for communication

• Tower/Rackmount convertible design

• Up to 4 units in parallel (6 and 10kVA)

• 200W charger built in every battery pack• 24-month limited warranty


29/77

A Tour of the Continuity


30/77

three phase UPS


31/77

Tri Power X31HE UPS

• Three phase input, single phase output

• True Online operation, IGBT rectifier technology• High Efficiency up to 96.5% in online mode

• Output Power Factor 0.8

• Input Power factor correction 0.99

• THDI < 3%

• Zero transfer time in the event of a power disruption• Ideal for mission-critical applications: servers, voice and data centers

• Models available from 10kVA to 20kVA



• Installation in parallel mode up to 8 units

• Up to 2 hours runtime at full load

• 24-month limited warranty


32/77

Tri Power X33 UPS

• Three phase input, three phase output

• Zero transfer time in the event of a power disruption• Ideal for mission-critical applications:

industrial and genset applications

• Models available from 20kVA to 800kVA

• Available as Tower

• Fully digitized microprocessor controlled• Power factor correction

• SNMP external for web agent


• Up to 2 hours runtime at full load (up to 60 kVA)

• 24-month limited warranty


33/77

Tri Power X33 UPS

X33SCR series:

10-300kva / pf:0.8Transformer base technology

SCR:Silicon Controller Rectifier

( Thyristor base rectfier)10/15/20/30/40/60/80/100/120/160 : 6 PULSE RECTIFIER

200/250/300; 12 PULSE RECTIFIER

Single DC bus

X33 IGBT series:

10-120kva / pf:0.8Transformer LESS technology

IGBT:Silicon Controller Rectifier and Inverter

Dual DC bus

Higher efficiency

Lower footprint/weight

X33 HE series:

10-120kva / pf:0.9Transformer LESS technology

IGBT:Silicon Controller Rectifier and Inverter

Dual DC busHigher efficiency

Lower footprint/weight

LCS screen


34/77

TRIPOWERX33 SCR

200/250/300KVA 60/80/100/120/160KVA 10/20/30/40 KVA

Model range available: 10 to 300kVA

Galvanic isolation transformer at the inverter output

Non-linear load driving capabilityRS232 and dry contacts

Overload and short circuit protection

Emergency stop utility


35/77

TRIPOWERX33 IGBT

Model range available: 10 to 200kV

Three phase input, three phase output

True Online operation, IGBT rectifier technologyOutput power factor 0.8

IGBT Rectifier and Inverter

Low Input THD


36/77

Tri Power X33HE UPS• Three phase input, three phase output

• True Online operation, IGBT rectifier technology

• Transformerless Technology

• High Efficiency up to 96.5% in online mode

• Output Power Factor 0.9

• THDI < 3%

• Zero transfer time

• Ideal for mission-critical applications

• Models available from 10kVA to 120kVA• Fully digitized microprocessor controlled

• Power factor correction 0.99



Tri Power X33 HE uses online double conversion (VFI) technology where the load is always powered by the

inverter ensuring a filtered and stabilized sinusoidal voltage manufactured with the state of the art IGBT rectifier

technology. Offering high efficiency values up to 96.5% even in part load situations saves money on electricity bills

protecting at the same time our enviroment with less CO2 consumption. Light weight and small footprint allows

easy, space saving and low cost installation. The 0.9 output power factor provides up to 15% more active power than

a traditional UPS and more load expansion. TRI X33 HE UPS systems are ideal for the protection of critical

information and telecommunications networks which can not run the risk of being powered from a poor quality

electrical supply.


37/77

37/62

290W less

580W less

870W

less

1160W

less

1740W

less

2319W

less

2899W

less

3479W

less

Efficiency matter

Traditional UPS

PF=0.8, n=92%

vs X33 HE

PF=0.9, n=96%


38/77


39/77


40/77


41/77

100/120/160/200 kVA 250/300/400 kVA 500/600/800 kVA

TRIPOWER X33 HIP

HIP t


42/77

HIP spectsPower Range: 100/120/160/200/250/300/400/500

Wide Input Voltage Tolerance based on Loading

400Vac +20%...-10% @100% load +20%, -40% @65% load

Input Power Factor Correction >0.99

IGBT Rectifier 100-500 kva , THDi


43/77

HIP block diagram

P ll l O ti ( )


44/77

Parallel Operation ( up to 8 units)

X33 HIPs may be connected in a parallel configuration to increase both the reliability of thepower supply to the load and the power available in output. Up to 8 UPSs can be parallel-connected. It isrecommended to connect units of the same power. The load that can be applied to a system with several unitsconnected in parallel may be greater than the load that can be supported by each individual unit, thanks toautomatic power sharing. The reliability is only increased provided that the total power of the system with one unitdeactivated remains greater than the required power. This condition can be achieved by always adding aredundant unit. Having a redundant unit means having one more UPS than the minimum number of elementsrequired to power the load, so that if a faulty unit is automatically excluded

Dual Bus Configuration


45/77

Dual Bus ConfigurationDual Bus with MP Systems

Bypass 1

System A

Bypass 2

Load 1

UPS 1B

System B

Load 2

Static Transfer

Switch

Load 3

Load 4

Sinchroniser (UGS)

Static Transfer

Switch

UPS 1A

Mains

Battery

UPS 2A

Mains

Battery

Mains

Battery

UPS 2B

Mains

Battery


46/77

Input

inputcurrent

t

0 ÷ 30s0 ÷ 120s

inputvoltage

t

black out

tt0 1 t2

Power Walk-in

Power Walk-indelay timer

Power walk-in (0 to 100%) and Power walk-in delay timer

ZERO IMPACT SOURCE


47/77

UPS1

UPS1+UPS2

UPS1+UPS2+UPS 3

UPS1+UPS2+UPS3+

UPS4

Seconds

Output PowerGenerator (kVA)

25 %

50 %

75 %

100 %

30 60 90Input Mains

UPS 1 UPS 2

Battery Battery Battery Battery

UPS 3 UPS 4

Load

Can be used a smaller

Gen Set !!!

Power walk-in (0 to 100%) and Power walk-in delay timer

for parallel system

ZERO IMPACT SOURCE


48/77

New three phasemodular UPS

St t


49/77

Structure

Tri Power X33 Mod is a complete Modular UPS

with range from 10kVA up to 60kVA

T i P X33 M d t


50/77

Tri Power X33 Mod componentsoverview

Inverter

Cabinet

Power

Modules

(3.4/5 kva)

Battery

Drawers

Battery

Cabinet

Tri Power X33 Mod is composed by:

I t C bi t


51/77

Inverter Cabinet

Five models mounting 3.4 and 5kVA Power Modules

3 Modules

(10 /15 kVA)

6 Modules

(20/30 kVA)

6 Modules

(30 kVA)

9 Modules

(30 or 45 kVA)

12 Modules

(40 or 60 kVA)

B tt C bi t


52/77

52/62

Battery Cabinet

One Model:

Housing 20 BatteryDrawers ( each has12V 9Ah batteries)

A Simple Cabinet which contains Battery Drawers.

used with inverter cabinets which have no internal battery drawersor

for long autonomy configuration.

End User Advantages


53/77

End User Advantages

• BUY ONLY WHAT YOU NEEDMODULAR

SCALABILITY

• ZERO DOWNTIMEREDUNDANCY

• REDUCED MTTREASYMAINTENANCE

• REDUCED PLANNING&INSTALLATIONCOSTSLOW TCO

• LOWER ENERGY LOSSESHIGHEFFICIENCY

• SPACE OPTIMIZATIONSMALL FOOT

PRINT

M d l A hit t Pl


54/77

54/62

Modular Architecture Plus

Flexibility

Power Sharing

N+X Redundancy Power and Autonomy

Scalability

Easy Management,Service and Maintenance

Modular Architecture :

Flexibility


55/77

Flexibility

Thanks to the innovative

architecture, the Tri PowerX33 Mod can adapt it self

to any kind of electrical

connection.

Redundancy


56/77

Redundancy

S TR

System Redundancy on single phase loads

Example: Tri Power X33 Mod 20 kVA with single phase load rated lessthen 17 kVA

Easy and Quick Component


57/77

Easy and Quick ComponentInstallation and Replacement

Pag. 57

Power Module

8.5kg Battery drawer 13 kg

Only one tool is needed:

A Screwdriver

Plug and play technology

Power Modules automaticallydetected

System auto configuring

NO Further HW and SW settings

Easy to move and place


58/77

Easy to move and place

Weels in the rear

feet for easy move

Only one person can

move place and installthe complete system

Ideal UPS technology features


59/77

Ideal UPS technology features

Needs:

High performances

Reliability

Easy management

Fast service

High communication level

Flexibility

Low environmental impact

Loads nature:

Sensitive

Intelligent

Critical

Applications:

Data storage

Information

Communication

Emergency

Security

General Technical Specifications


60/77

General Technical Specifications

Input

• Input PF: 0.99

• THDi:


61/77

High Power Density

414mm 628mm

1645mm

341 Kg

Small and light cabinets

Small foot print

Foot Print


62/77

Foot Print

Pag. 62

Tri Power X33 Mod Traditional UPS

20kVA + Batt

Single UPS cabinet

Foot print: 0.26 m2

50 kVA + Batt

Single UPS cabinet

Foot print: ~ 0.72m2

Bypass System


63/77

Bypass System

Tri Power X33 Mod bypass systems:

1. General manual bypass;

2. Internal automatic bypass in eachpower module to exclude

the whole UPS

particular phase

Info Measurement and


64/77

Info, Measurement andDiagnostics

Compleate measures

Full parameters monitor

and control Advanced features

Events, alarms and

history data

Diagnostics

Full Communication


65/77

Full Communication

Communication RS 232 serial port

Maintenance RS 232 serial port

Logic level port

Dry contact port

Net adapter (SNMP) intelligent slot

Emergency Power Off

Conclusions 1


66/77

Conclusions 1

High performances

Reliability

Easy management

Fast service

IntelligenceFlexibility

Scalability Communication

Tri Power X33 Mod

Conclusions 2


67/77

Conclusions 2

High performances: save money, saving energy

Reliability: save money, avoiding problems

Flexibility & scalability: save money, growing in power and runtime

High technology: save money, having always high efficiency

Conclusions 3


68/77

Conclusions 3

Why Tri Power X33 Mod…..????

Small power modules ………………………. more redundance

Little footprint …………………..……………..more space

4products1……………………………………..less warehouse

Few parts…………………………………….easier for service

Configurator


69/77

Configurator

STS 100 600A


70/77

STS 100…600A

STS spects


71/77

STS spects

Why STS ?


72/77

Why STS ?

Why STS?


73/77

Why STS?

Detailed Line Diagram/ Control Panel


74/77

Detailed Line Diagram/ Control Panel

Remote Communication/ SNMP


75/77

Remote Communication/ SNMP

Remote Communication/ Relays


76/77

Remote Communication/ Relays

Thank you


77/77

Thank you

Ozcan AkbabaRegional Sales Manager –ME

Date post:	06-Jul-2018
Category:	Documents
Upload:	hassam-ahmad
View:	222 times
Download:	0 times

2_ Indoor Ups Solutions

Documents