1. Mahesh Chandra Manav M-
9811247237
Mahesh.manav@cselectric.co.in
Welcome You All for 24X7 Green
Power and Carbon Free Road
Transporation

2. India Declaration Commitments for Environment

3. India Green Mission with Power Available to All
 Project UJALA Home with Solar Power
 Project Shoubgya Electricity for Every Citizen
 Project IPDS Power Generation at Roof(City)
 Power DDUGJY Power Generation at Roof(Urban)
 Power Generation Project Ground,
Water(Floating),Canal Top
 Solar Street Light LED
 Solar Pumps Project Kushum
 Charging of Electrical Vehicle
 Micro Grid Smart Efficient Connectivity from
Generation up to Consumer

4. Make In India- Green & Carbon Free
Solar Power Generation

5. India's National Solar Mission:
Role for Energy Storage, Electric Vehicles
and
Demand Response

6. Invite CS Electric for AC and DC Components , LV
/MV Panels and Power Substations

8. MAINS-SOLAR-DG SYNCHRONIZING
SOLUTION
OPTION A (ONN Grid
MAINS – SOLAR – DG (1 or more DGs)
synchronization scheme
OPTION B OFF Grid
No MAINS synchronization with SOLAR-DG

9. Example : 2DG(200KVA)x1mains(750KVA)x1solar(90kW)
MAINS : 750kVA, PV Solar : 90kW, DG1 : 200KVA, DG2 : 200KVA
(Future DG)

10. Example : 2DG(200KVA)x1mains(750KVA)x1solar(90kW)
MAINS : 750kVA, PV Solar : 90kW, DG1 : 200KVA, DG2 : 200KVA (Future DG)
 When the mains is present the customer will use as much solar PV power as possible the mains
supply is rated at 750KVA so he should be able to run the full 90kW solar plant production within
his loads.
 When the mains fails he currently has a 200KVA (160kW @0.8pf) gen set start and feed his
load. In addition he has 90kW of solar available. Ideally he should avoid running the generator
below 120KVA(96kW @0.8pf) load for long periods. It looks like the second generator will also
be 200KVA when installed.
So the mains fails and the generators will start and synchronize.
 If the load is 96kW + 90kW = 186kW then one generator will stop and the remaining generator
will share the load with the PV plant. This system has a spinning reserve of 64kW. If the load
increases and we reach a point where the spinning reserve is not sufficient the second set will
start and share the load. (we set the spinning reserve figure)
 IF the PV output decreases due to cloud cover and the amount of spinning reserve decreases to
a level where it is not sufficient then the second set will start and share the load.
 If the load reduces when both sets are running, if there is enough spinning reserve, one set will
stop.
 If the load reduces further and the remaining set becomes at risk of being under loaded, the PV
plant will be instructed to reduce its output. Normally this is only possible to vary within a small
window, possible -10%.
 If the load reduces further to avoid under loading the set one or more PV plant inverters will be
instructed to stop.

11.  CONTROLLERS REQUIREMENT:
Each generator will require a GC600.
An MC200 will control the mains failure and return operations, with the
advantage of no break change over and soft load transfer.
An RN200 will control the PV plant and calculate the PV plant output
and spinning reserve needed to meet the load
demands. Depending on the load profile we could treat the PV plant
as a single entity and use just one RN200, but it might be needed for
operation purposes to use a second RN200 and keep the PV plant
split into 2 systems.

12. Example : 2DG(200KVA)x1mains(750KVA)x1solar(90kW)
MAINS : 750kVA, PV Solar : 90kW, DG1 : 200KVA, DG2 : 200KVA
(Future DG)
NO MAINS SYNCHRONIZING WITH SYSTEM

13. Example : 2DG(200KVA)x1mains(750KVA)x1solar(90kW)
MAINS : 750kVA, PV Solar : 90kW, DG1 : 200KVA, DG2 : 200KVA
(Future DG)
 In this case if there is no need to synchronize with the mains supply
then MC200 will not be required. So the GC600 would be fitted onto
each of the diesel sets to allow the system to vary the diesel
output. The RN200 would be fitted to the Solar PV plant to measure
and control the PV plant output.

14. We are Always on TOP Technology or
Innovations

17. CHARGING THE FUTURE

20. INVERTER CONTROLLER
RN200

21. Overview of
 Graphical Colour Display TFT 4.3”
 Inbuilt PLC for complex logics
 Allow Maximum Renewable energy
Penetration in the system
 Dynamic Spinning load reserve
 Smart Load management Logic
 Load Shedding with 4 steps
 Management of base load reference
 IMPORT/EXPORT Power control
 Management of POWER FACTOR.

22. Metering Functions
 Active,Reactive & apparent power meter.
 Power factor: Total and phase by phase.
 Active and reactive energy counter.
 Total active and reactive power of all generator
sets with GCBclosed.
 Total active and reactive Energy counter of all
generator sets with GCB closed.
 Max. nominal power available on the bus bar.
 Load percentage of generators running with GCB
closed .

23. Renewable Source Protections
 Undervoltage (27).
 Overvoltage (59).
 Underfrequency (81U).
 Overfrequency (81O).
 ROCOF (df/dt, 81R).
 Vector jump.

24. Input-Output
 N. 18+1 Configurable digital inputs (N.1 for the
Emergency-stop push button)
 N. 6 Configurable Analogue inputs 0...10V.
 N. 1 Analogue input for D+ signal.
 N.18 Programmable digital outputs.
 N. 2 Analogue and insulated outputs -10 / +10V
 virtual inputs and outputs

25. Additional Functions
 Automatic Smart load sharing
 Load shedding
 Base load management for parallel to mains
 Peak shaving & peak Lopping mode.
 Soft-load transfer
 Back Synch - Mains to DG & Vice-versa
 Loss of mains Protection
 Automatic running hours balancing

26. Communication Ports
 USB: for configuration
 RS232: Serial Port modbus RTU for external
modem
 RS485: Modbus RTU- for invrter or battery BMS
connection
 RJ45: eathernet interface TCP/IP
 CANBUS J1939: for engine
 PMCBUS: for load sharing and communicating
with other C&S controllers.

27. Technical & Hardware Details
 Supply voltage: 7…32 Vdc
 Power consumption: typical less than 2W
 Operating frequency 50Hz or 60Hz
 Operating temperature: -25 °C to +65 °C
 Protection degree: IP65 (gasket included)
 Graphic display resolution: 480x272 pixel
 Display dimensions: Visual area 95 x 54 mm
 Weight: 1100g
 Overall dimension: 244 (W) x 178 (H) x 83 (D) mm
 Panel cut-out: 218 (W) x 159 (H) mm

33. New Product Introduction for Solar Industries Switch for
Photovoltaic Applications
33
Standard:
IEC 60947-1 & 3
Frame Size CSSD10PVA250 - 400

35. Distribution Boards • Complete Range –
SPN , TPN, PPI, MCCB VTPN .
4Way, 8Way, 16Way,
Single Door , Double Door
IP42/43
• Choice of Multiple Incomer-MCB/ RCCB/
Isolator
• Insulated and Captive Bus bar for better
safety and protection.
• Heavy Duty gasket – for weather
proofing
• Independent of power supply and line
voltage.
• Adequate wiring space
• Steel inserts with deep screws-to give
firm hold and better grip to the door
• Smooth finish with 60micron powder
coating
• Lock and key mechanism on the door
• Masking sheet – provides protection
during masson work

36. Out-Door LT Feeder Pillar (Without Front Door)

39. Mahesh Chandra Manav
GM BD Key Accounts and Projects
M-9811247237
Mahesh.manav@cselectric.co.in
011- 33849000
CS Electric Ltd 222 Okhla Ph-3 New Delhi-20

41. EGAEGA
Series
EGA
EGA
EGA-250
Auto Mains Failure Relay
EGA-250
AMF GENERATOR CONTROLLER
ENGINE
RUN
SERVICE
DUE
MAINS
EB

42. 
02
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43.      
      



         
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          
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




 
 
 
 
 
 
 
 
 
 
 

 
 
 
 
 
03





















44. 04













          
         

         
























         














          
        



         
          
         
         



 





          


           
        
        




45. 

 
 
 
 
05
ENGINE
RUN
EGA-250
LOAD
SERVICE
DUE
MAINS
EB
CB
AMF GENERATOR CONTROLLER
DG
RESET
ENTER
OI STOPSTART
O
RESET
ENTER
STOP
START
 
 
 
 
 


I

46. 06


  
  
  
  
  
  
        
  

        
        
        
        
        
        
        
        

        
        
        
        
        
        
        
        
        
        
        
        
        
        
        
        
        
        
        


47. 07


        
  
        
        
        
        

        
        
        
        
        

        
  

        
        
        
        
        
        
        
        
        
        
        
  

        
        
        
        
        
        
        
        

48. 08
  
  
  

  
  
  
  
  
  
  



  
  
  
  
  
  





 
 
 
 
 
 
 
 
 
 
 
 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

49. 09
GSM
(MODEM)
MODBUS
(RS-485)
Comm Port
External Relays
Digital Outputs
as configured
HOOTER
FUEL
MCB
ALARM OUT
GCB
CRANK
BATTERY -VE
BATTERY +VE
DO-3
DO-2
DO-4
DO-5
DO-6
DO-1
POTENTIALO/PANALOGINPUT
LLOP
FUEL
CLNT TEMP 33
34
32
DIGITALINPUT
DI-2
DI-1
CHG_ALT
DI-3
DI-5
X (NC)
DI-4
28
29
30
31
27
26 R-START
Charge Alternator
R-STOP
RWL
CNP-TEMP
E-STOP
Sensor Ground
Digital Inputs as configured
20
21
19
24
23
22
18
17 BATT +VE
BATT -VE
CT B (S2)
CT B (S1)
1
2
CT Y (S2)
CT Y (S1)4
3
6
5 CT R (S2)
CT R (S1)
AUX.SUPPLYBPhaseYPhaseRPhaseGENERATOR
9
11
8
7
10
X
VR
VN
VY
VB
13
16
12
14
15
MAINS
FUSE
ON/OFF SWITCH
Battery Supply
12V / 24V
LOAD
25


50. 10

 
 
 
 
 
 
 



   
   
   
   
   
   
   
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  









51. 
   








11
(Panel cut dimensions (WxH) : 145.0 x 105.0 mm)
Installation Depth : 55 mm

Side view


Front view
R24FPT000258
ENGINE
RUN
EGA-250
LOAD
SERVICE
DUE
MAINS
EB
CB
AMF GENERATOR CONTROLLER
DG
RESET
ENTER
OI STOPSTART

52. 


 
   
   
   
   
   
   
   
   
   
   
   










EGA-250

53.  GC400 is the perfect genset controller able to manage the Synchro/Parallel
operations for MPM (Multiple Prime Mover) and MSB (Multiple Stand-by) applications.
 GC400Mains
is your solution for SSTP (Single Short Time Parallel to Mains) applications
where the back or reserve synchro are required. The controller includes, in effect, the
regulation of the active and reactive power.
 GC400Link
is the special versions with GPRS/GPS modem included
 True RMS readings on generator voltages and currents. Neutral measure included.
Additional current measurement for neutral or ground fault protection (50N+87N)
 Active, Reactive and Apparent power measurement
 Engine speed measurement by pick-up, frequency or W
 8+1 fully digital Inputs + 4 programmable analogue Inputs and 8 digital Outputs
 Graphic display with self or manual adjustable contrast based on the temperature
 Isolated and Auto-supplied J1939 and MTU MDEC CAN interface
 Interface with traditional analogue engines
 USB serial port, Isolated RS485 serial port and RS232 serial port with MODBUS RTU
protocol, Ethernet interface with MODBUS TCP/IP protocol
 Real Time Clock with battery
 Events and data recording
 SI.MO.NE supervision system with App iOS and
Android and C&S Supervisor for the remote
control
 Perfect for groups of
RENTAL Gensets
 Great performances at
an EXTRAORDINARY
PRICE
 New Technology for the
remote control
 User friendly, intuitive
and easy to use
 Italian design
Genset Controller for Synchro/Parallel
applications
GC 400

54. GC400 is an entry level, but also a comprehensive
controller particularly suggested for managing different
types of Synchro/Parallel applications.
In detail, GC400 is perfect for MPM (Multiple Prime Mover) and
MSB (Multiple Stand-by) power plants, where the
synchronization and the put in parallel of several gensets is
required.
Its design allows an easy and fast installation, thanks to the
internal Load Sharing and Synchronizer.
GC400Mains
is the perfect controller for those plants where the
back synchro (also called reverse synchronization) is required
in order to avoid any voltage drop on the load.
In both cases, all the necessary protections and features are
included. No extra dongles are required.
GC400 has a direct interface via CAN J1939 with a wide range
of electronic engines (Volvo Penta, Scania, Perkins, MTU,
Deutz, Cummins, John Deere, Caterpillar and others) and it can
be also used with traditional engines whose measurements are
done by the embedded analogue sensors.
GC400 can be used with all C&S controllers, as GC500,
DST4602 and DST4601/PX.
The parameters are programmed using the free software tool
(BoardPrg), which can be downloaded through C&S
website or directly using GC400 keyboard.
The graphic display is a user-friendly human interface useful for
an immediate visualization of measures and alarms coming
from the genset.
Events and DTC logs can be accessed from the front panel
and read on the display.
GC400 supports several communication devices/tools for the
local or remote control.
The Link version is available including the GPRS/GPS modem,
which is perfect for the remote control of groups of rental
gensets.
Mains Voltage:
L1-N, L2-N, L3-N, L1-L2, L2-L3, L3-L1
True RMS measure.
Lx-N max. voltage < 300Vac cat. III
Option 100V available on demand
Generator Voltages:
L1-N, L2-N, L3-N, L1-L2, L2-L3, L3-L1
True RMS measure
Lx-N max. voltage < 300Vac cat. III
Option 100V available on demand
Generator Currents:
L1, L2, L3, N (*)
True RMS measure.
Rated current: 5Aac
Overload measurable current : 4 x 5Aac (sinusoidal).
(*) Neutral generator current as alternative to differential
protection or to be used for measure mains power from
CT (Standard) or Tore (option)
Bus Reading:
L1-N, L2-N, L3-N, L1-L2, L2-L3, L3-L1
True RMS measure
Lx-N max. voltage < 300Vac cat. III
Generator and Mains Frequency meter:
Resolution = 0.1 Hz.
Accuracy = ±50ppm, ±35ppm/°C (typical)
Battery Voltmeter:
Resolution = 0.1V
Oil Pressure Gauge:
VDO 0-10 Bar, VDO 0-5 Bar, Veglia 0-8 Bar
(Settable curve based on sensors available)
Water or Oil Thermometer:
VDO, Veglia, BERU
(Settable curve based on sensors available)
Fuel Level:
VDO, Veglia
(Settable curve based on sensors available)
Engine revolution counter:
By pick-up. Programmable teeth number.
Same Input can be used by W signal.
D+ for the measure of the voltage alternator battery
charger
Power and power factor measures are available as total
measure and also for each single phase.
Maximum power and current reached values are
memorized with date and time.
Additional measures available based on the isolated
and Auto-supplied CAN J1939.
A set of high efficiency LEDs are used for signalling the
current status of the Genset and for the visualization of
alarm occurred. By means of text messages it is
possible to know the type of the alarm/shutdown
occurred.
Status
 Mains live / Disabled
 Generator live
 GCB status
 MCB status (for GC400Mains
only)
 BUS live
 Engine running
 Engine cooling
 Engine start and stop
Engine protections
 Fuel reserve
 Max./Min fuel level
 Battery failure (min./max. Voltage)
 Min./Low oil pressure
 Min./Max. engine temperature
 Closing of mains contactor or genset contactor failed
 Engine over crank
 Over speed from generator frequency or pick-up or W
 Generator overload (from external contact of circuit breaker)
 Belt breakage
 Min./Max. battery voltage
 Min./Max. auxiliary current
 Operating conditions not reached
 Emergency Stop





55. Generator protections
 Under frequency (81U)
 Over frequency (81O)
 Under voltage (27)
 Over voltage (59)
 Power direction (32P)
 Loss of excitation (Reverse reactive 32RQ)
 Time dependent over current (51)
 Instantaneous over current (50, 50V)
 Synchro-check (25)
 Phase sequence (47)
 Current and Voltage unbalance (46/47)
 Differential protection (50N)
 Ground fault protection (87N)
 Negative sequence (46-I2)
Mains protections:
 Rate of Change of Frequency (81R ROCOF)
 Vector shift
 Under voltage (27)
 Over voltage (59)
 Under frequency (81U)
 Over frequency (81O)
 N. 8+1 Programmable digital Inputs (N.1 for the Emergency
stop push button)
 N. 4 Analogue Inputs, if not used, can be used as not
isolated digital inputs
 N. 4 Digital programmable Outputs (4A)
 N. 2 Aux. Relay (5A) for fuel solenoid + Crank
 N. 2 Relay (10A) for the changeover management
 N. 2 Analogue and isolated Outputs -10 / +10V for the
regulation of the speed control and AVR
Further virtual Inputs and Outputs are available with AND / OR
logics for selectable functions.
As option:
 
module
 

 - 0...20mA (DIVIT)
 N. 10 Additional nalogical Input listed in CANBUS
J1939 protocol
 
(DANOUT)
In case of multiple plants with several gensets connected in
synchro/parallel on the same bus, it is possible to set different
automatic logics for start/stop gensets based on the load
request. In detail:
 Manual setting of the master genset by means of a selector
switch on the control panel
 
day.
 Automatic rotation of the Master genset after an elapsed
time.
 Automatic selection of working gensets having a matching
power with the request on load (NEW) (*)
 


(*) Functions available for a max of 5 gensets.
The Load sharing is accomplished in parallel operations by
means of a CAN interface or analogue interface. GC400
controls the speed regulation in order to have the same
percentage power among generator sets.
The Power regulation is allowed through internal power
regulator.
For electronic engines a CAN interface is available for speed
regulation, for traditional engines is however available a proper
analogical interface.
GC400Mains
controls AVR directly in order to manage the reactive
power.
 Engine diagnostic code
 Periodical test
 Real Time Clock with internal rechargeable Lithium battery
 Fuel pump management
 126 Events log
 Pre-glow and coolant heater management
 Remote start and stop
 Override function
 Hour counter for the maintenance schedule
 Daily counter with embedded calendar for the maintenance
 Embedded alarm horn
 Engine speed measurement by pick-up, frequency or W
 Possibility of graphic customization with low costs
 Programmable by PC or using the keyboard pf the controller
 
 SMS communication
 NTP Support
 N.1 Threshold as load shedding
 Internal active and reactive regulation
 Internal Load-sharing
 Internal Synchronizer
 Powerful Load Management suitable for plants composed by
gensets of different powers








56.  CAN interface for ECU interface (J1939 and MTU MDEC)
 Isolated CAN interface for PMCBUS application (LOAD–
SHARING and parallel management)
 Up to 16 generator sets connected together
 
 
 N.3 Levels of power reserve for unexpected changes of load
request
 Ramp modulations for load and unload
 In case of multiple gensets in parallel to mains where the
back synchronization is required, it is necessary to use one
GC400 for each genset + one MC100 for the management of
the MCB
 Multilingual device. The display languages available are:
English, Italian, French, Russian, Spanish and Portuguese/
Brazilian
GC400 / GC400Mains
 N.1 USB Port
 N.1 RS232 Serial port Modbus RTU for external modem
 N.1 RS485 Isolated serial port Modbus RTU
 N.1 RJ45 Port as Ethernet interface TCP/IP
 N.1 Isolated CANBUS J1939 Interface
 N.1 Additional CANBUS (PMCBUS) for the load sharing
GC400Link
 N.1 USB Port
 N.1 RS232 Serial port Modbus RTU for external modem
 N.1 RS485 Isolated serial port Modbus RTU
 N.1 Isolated CANBUS J1939 Interface
 N.1 Additional CANBUS (PMCBUS) for the load sharing
 GPRS/GPS modem
As option:
 REWIND - GPRS/GSM/GPS Device (needed for SI.MO.NE)
 PSTN/GSM Modem management and data call in case of
alarm and warning
 
 Power consumption: typical less than 2W (Auto mode,
Stand-by AMF active, LCD Lamp Saving active)
 Operating frequency 50Hz or 60Hz
 LCD with backlight
 Operating temperature: -25 °C to 60 °C
 Burn in @ 50°C for 48h with test report for each controller
 Protection degree: IP-65 (gasket included)
 Weight: 750gr
 Overall dimension: 244 (W) x 178 (H) x 40 (D) mm
 Panel cut-out: 218 (W) x 159 (H) mm
 Graphic display dimensions: 70x38mm - 128x64 pixel
 
 EMC: conform to EN61326-1
 Safety: built in conformity to EN61010-1




57. C&S Supervisor
Empowering your control
version : CSGSC-1.0.18
J1939
USB
RJ45
ETHERNET
ISOLATED
RS485
PMCBUS
RS232
SI.MO.NE - Central monitor system PC REMOTE MONITORING CONTROL
GSM/SMS E-MAIL
(on GC400Link
)
UP TO 16 GENSETS
IN PARALLEL ON THE SAME BUS
EXPANSION MODULES
FOR DIGITAL AND ANALOGUE I/O
ELECTRONIC ENGINE
GPRS
GSM

Gen set Controller
Copyright @C&S All right reserved ver. 1.00.18

58. Link
with MODEM GPRS and Antenna GPS built-in!
Use the WEB BASED remote monitor
software to be advised in case of any alarm.
Geo Mapping track plot .
Gen set Controller
GC 400


59. MMB (MULTIPLE PRIME MOVER)
SPtM + SSB (SINGLE PARALLEL to MAINS + SINGLE STAND-BY)


60.    
   
   
   
   
   
   
   
   
   
   










61. A.M.F Single Genset Controller
GC 315






































62. 
General Info
Measures
Protections

63. 
Inputs, outputs and aux functions
Embedded functions
Additional technical data
Communication

64.    
   
   
   
   
   
   
   
   
   
   
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



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
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