enapter eectroye ysem · dryer 2.0 el 2.0 the optional dryer module can process up to 2nm3/hr of...

ENAPTERELECTROLYSER SYSTEMSENAPTER ELECTROLYSERS ARE THE PORTAL TO THE HYDROGEN ECONOMY

Our AEM electrolysers are the most cost-effective and high performance solution for hydrogen production ranging from 0.5Nm3/hr to 10Nm3/hr.

FLEXIBLE • SCALABLE • FAST TO DEPLOY

EL 2.0• 500 NL/hr or 0.5 Nm3/hr hydrogen output

• Stackable to form larger electrolyser systems

• Output pressure up to 35 bar

• Hydrogen purity 99.95%, 99.999% with optional dryer module

• High efficiency (4.8 kWh for 1 Nm3 of H2 at system level)

• Rack-mountable in standard 19” cabinet

• Native operation with Enapter EMS (remote monitoring and control system)

• Simple installation and low maintenance

• Low requirements for input water purity

Key Features

Up to four EL 2.0 modules and one optional dryer can be combined in a single 19” cabinet by Enapter or a qualified system integration partner. Please see next page for more details on the optional modules offered by Enapter.

19" Cabinet IntegrationDryer 2.0

EL 2.0

EL 2.0

EL 2.0

EL 2.0

Enapter offers integration of EL 2.0 in a weatherproof cabinet for deployment directly on the customer site.

Water Purification Module (WPM)

Enapter Water Supply System Components

Dryer 2.0

EL 2.0

The optional dryer module can process up to 2Nm3/hr of hydrogen gas from the EL 2.0 and bring the output purity to >99.999%.

It can be filled by the WMP or other clean water supply and includes a pumping system to supply the electrolysers. Size in cabinet: 8U.

Water Tank

H2 flow rate Up to 2 Nm3/hr (4 x EL 2.0)

375 W

483 x 490 x 178 mm (4U)Dimension

Operative power consumption

An optional 40L clean water tank can be integrated into the cabinet.

Enapter’s water supply system is completely optional and our customers are welcome to use any water supply system to EL that meets the specifications (<20 µS/cm).

Output water <20 µS/cm

Input water tap / rain water

Operative power consumption 200 W (20W standby)

Typical flow rate 0.2-0.4L/min

Mounted on sidewall of cabinet or other wall surface

Germany

Rheinsberger Str. 76/77, 10115 Berlin

+49 30 25814 7916

www.enapter.com

Italy

Via di Lavoria, 56/G - 56040 Crespina Lorenzana (PI)

+ 39 050 7620120

[email protected]

Thailand

33/4 Moo4, Phi Suea House, San Phi Suea, A. Muang, Chiang Mai, 50300

+ 66 2 107 1104

EL 2.0 Data Sheet

H2 production rate

Working pressure

Water consumption

Water specification

Water input pressure

Power supply options

Operative power consumption(at standard conditions)

Module dimensions (WxDxH)

Module weight (without water)

Ambient temperature

Ambient humidity

Peak power consumption(max power draw at anytime)

500 NL/hr

35 Bar

0.4 L/hr

<20 microS (at 25°C) µS/cm

1-2 Bar

AC 100-240 Vac, 50-60Hz

2.4 kW

483 x 490 x 354 mm (8U)

53 Kg

5–45 °C

20–95%

3.0 kW

Technical Data

Wi-Fi MQTT TLSWi-Fi MQTT TLSWi-Fi MQTT TLS

3rd Party ServiceIntegration API

HTTPS REST

HTTPS REST

HTTPS REST

MQTT Broker API Gateway

Analytic Dashboard

Enapter Cloud Engine and Billing

Time Series Database

MQTT TLS HTTPS

Web ClientCloud

Cloud/ Internet

LocalOPC UA Server

Web Client

Wi-Fi Bluetooth LE

Wi-Fi HTTPS

OPC UA TCP/IP

Gateway

Mobile Application

Mobile Application

Digital

HYDROGEN

etc.CAN Bus etc.Serial

H2 TankBattery Valve controlSystem

componentor sensor

Solar

Communication Module

Universal I/O board

Enapter ElectrolyserCommunication Module Fuel Cell

3rd party fuel cell

SNMP

ENAPTER EMSEnapter addresses the critical importance of understanding both your system and the environment it operates in. Made of a network of sensors and interfaces, the monitoring and control solution complements our electrolysers. It enables complete control and peace of mind, no matter where in the world you or your system are.

MONITORING SYSTEM

The IoT Communication Module connects analog and digital sensors, and devices to the internet to allow real time monitoring and control.

The IoT Gateway ser ves multiple functions:

- Aggregate the connections of Communication Modules to save data locally

- Mitigate connectivity issues, and minimize amount of traffic pushed to the Cloud

- Provide rule-based engine to control connected devices.

The Enapter Cloud aggregates the data from connected devices and sites. It provides online analytics, reporting and monitoring with Machine Learning algorithms.

The Mobile Application is the interface for the end- user ’s connected devices. It allows for easy system setup, management and monitoring all over the world.

Devices Log [email protected]

Modbus null

Connection Online

Sage Restart with max pressure

System Error OK

System Alarm OK

15:16 15:17 15:18 15:19 15:20

DashboardDEVICES / DEMO 1/

Download CSV < Zoom Out > Last 5 minuites

System Info

Model El1000

Name value

Electrolyser Frimware

Comm Midule Frimware 0.1

Serial Number 000000

ID Demo

System Issue

Error 2018-08-27 15:19:30

Level Type Code Fiirst Appearance Last Appearance

Alarm 2018-08-27 15:20:30

Error

Water_level_sensor

Hight_temperature

Press_switch

0

1

0 2018-08-27 15:19:30

2018-08-27 15:16:30

2018-08-27 15:16:00

2018-08-27 15:16:30

1.06 kL

1.05 kL

1.04 kL

1.03 kL

1.01 kL

1.00 kL15:16

H2 Production

H2 Production

15:17 15:18 15:19 15:20

min max avg current1.01L 1.06 kL 1.03 kL 1.04 kL

15:16

System Pressure

15:17 15:18 15:19 15:20

0.05 bar

0.04 bar

0.04 bar

0.03 bar

0.02 bar

0.01 bar

0 bar

min max avg current30.00 bar 31.00 bar 30.49 bar 30.73 bar

System Pressure

Module ALifetine

hour

N/APord. Cycles

N/A

Stack Pressure

31.0

Outlet Pressure

31.6

Status

Activity Steady

Module A Error OK

Module A Alarm OK

15:20

15:16

Pressure Stack

15:17 15:18 15:19 15:20

32.5 bar32.0 bar31.5 bar31.0 bar30.5 bar30.0 bar29.5 bar


30.00 bar 31.99 bar 30.96 bar 31.15 barPressure Outlet

System Pressure Module Issue

Error 2018-08-27 15:19:30


Alarm 2018-08-27 15:20:30

Error

press_switch

hight_temp

flow_switch

0

1

0 2018-08-27 15:19:30

2018-08-27 15:16:30

2018-08-27 15:16:00

2018-08-27 15:16:30

Error Low_Water0 2018-08-27 15:20:302018-08-27 15:16:00

15:16

Voltage

15:17 15:18 15:19 15:20

35 A11.00 V

30 A10.50 V

25 A10.00 V

20 A

min max avg current10.00 V 11.00 V 10.47 V 10.35 V

32.01 A 34.00 A 33.04 A 32.51 AAmperage

Stack Part 1 Amp/Volt

15:16

Voltage

15:17 15:18 15:19 15:20

11.25 V11.00 V10.75 V10.50 V10.25 V10.00 V9.75 V

35 A

30 A

25 A

20 A


31.00 A 32.00 A 31.51 A 31.75 AAmperage

Stack Part 1 Amp/Volt

Status

Activity Steady

Module A Error OK

Module A Alarm OK

15:20

Module BLifetine

hour

N/APord. Cycles

N/A

Stack Pressure

31.6

Outlet Pressure

31.5

Module Issue

Error 2018-08-27 15:19:30


Error

fan

hight_tempError

flow_switch

0

1

0 2018-08-27 15:19:30

2018-08-27 15:16:30

2018-08-27 15:16:00

2018-08-27 15:16:30

15:16

Pressure Stack

15:17 15:18 15:19 15:20

33.5 bar33.0 bar32.5 bar32.0 bar31.5 bar31.0 bar30.5 bar


31.0` bar 32.99 bar 31.96 bar 32.25 barPressure Outlet

Pressure

15:16

Voltage

15:17 15:18 15:19 15:20

12.25 V12.00 V11.75 V11.50 V11.25 V11.00 V10.75 V


32.00 A 34.00 A 33.00 A 32.43 AAmperage

Pressure

15:16

Voltage

15:17 15:18 15:19 15:20

14.25 V14.00 V13.75 V13.50 V13.25 V13.00 V12.75 V


32.00 A 34.00 A 33.00 A 32.43 AAmperage

Pressure

15:16 15:17 15:18 15:19 15:20

1 rpm

0 rpm

min max avg currentFan 0Fan 2

Fan Speed

15:16 15:17 15:18 15:19 15:20

min max avg current55.0oC 57.0oC 56.9oC 55.86oCTemperature

Temperature57.5oC57.0oC56.5oC56.0oC55.5oC55.0oC54.5oC

15:16 15:17 15:18 15:19 15:20

57.5oC57.0oC56.5oC56.0oC55.5oC55.0oC54.5oC


Temperature

15:16 15:17 15:18 15:19 15:20

1 rpm

0 rpm

min max avg currentFan 0Fan 2

Fan Speed

Dryer

Status

Stage

Dryer Error

15:16 15:17 15:18 15:19 15:20

Communication Module

Status

Connection

Modbus

Online

Null

15:16 15:17 15:18 15:19 15:20

15:16 15:17 15:18 15:19 15:20

32.5 bar

32.0 bar

31.5 bar

31.0 bar

30.5 bar

30.0 bar

29.5 bar

min max avg current30.01 bar 32.00 bar 31.59 bar 31.59 barDryer Pressure

Pressure Dryer Issue

Error 2018-08-27 15:19:30


Error

heater_0

heater_0

0

0 2018-08-27 15:19:30

2018-08-27 15:16:30

2018-08-27 15:16:30

15:16 15:17 15:18 15:19 15:20

57.5oC

57.0oC

56.5oC

56.0oC

55.5oC

55.0oC

54.5oC


Temperature in Block 0

15:16 15:17 15:18 15:19 15:20

57.5oC

57.0oC

56.5oC

56.0oC

55.5oC

55.0oC

54.5oC


Temperature in Block 0

15:16

H2 Production

WiFi Signal

15:17 15:18 15:19 15:20

0.75%

0.75%

0.75%

0.75%

0.55%

0.50%

0.45%

min max avg current0.5% 0.7% 0.6% 0.7%

15:16

Clip Temperature

Internal Clip Temperature

15:17 15:18 15:19 15:20

69.0oC

68.0oC

67.0oC

66.0oC

65.0oC

64.0oC

min max avg current65.0oC 68.0oC 66.54oC 66.0oC

Main Board

24V Power

24V Power1.0 V

0,5 V

0 V

-0.5 V

-1.0 V15:16 15:17 15:18 15:19 15:20

min max avg current5V Power

5V Power1.0 V

0,5 V

0 V

-0.5 V

-1.0 V15:16 15:17 15:18 15:19 15:20

min max avg current

Board Temperature

Board Temperature1.0 V

0,5 V

0 V

-0.5 V

-1.0 V15:16 15:17 15:18 15:19 15:20

min max avg currentLifetime

Lifetime1.00 s

750 ms

500 ms

250 ms

0 ns15:16 15:17 15:18 15:19 15:20

min max avg current

15:16

Free Memory

Internal Clip Temperature

15:17 15:18 15:19 15:20

1.13 kB

1.10 kB

1.08 kB

1.05 kB

1.02 kB

1.00 kB

min max avg current1.024 kB 1.123 kB 1.072 kB 1.064 kB Uptime

Uptime

15:17 15:18 15:19 15:20

13 min

10 min

7 min

3 min

0 ms15:16

current11.4 min

Modbus Read Time

Modbus Read Time

15:17 15:18 15:19 15:20

1.00 ms

0.75 ms

0.50 ms

0.25 ms

0 ms15:16

currentModbus Read Error

Modbus Read Error

15:17 15:18 15:19 15:20

0x2

0x115:16

current

Cloud Platform + Energy M

onitoring Gatew

ayEnergy M

anagement Platform

Devices

Edit Devices Dashboard

Log [email protected]

Demo 1DEVICES /

All (6) Online (3) Offline (3)

State Description Model Serial Num Hardware ID Production

Download: CSV XML JSON Displaying all 6 Devices

STEADY Demo1 Enapter EL1000 000000 DEMO1

ERROR El2.0 Prototype 1 / AnalogLamb0 Enapter EL 500 13 37DAC657F

MAX PRESSURE Simulator Enapter EL1000 000000 2001 -

ERROR TestStation 5 (EL500 Stack 2.0) / AnalogLamb3 Enapter 0 93F7634B15 -

Test Board 2 Enapter 0 33991ADA92 -

Test Board 1 Enapter 0 7B40954E30 -

Production

DescriptionContains

MODELContains

SERIAL NUMContains

HARDWARD IDContains

Fillter Clear FilltersElectrolyser Telemetry < Z00m Out > Mar 9,2018 11:32:30 to Mar 9,2018 11:41:04

Device Pisa office (33991ADA921521BB1C7415A0BF614AD86EBC32C9) Start RebootStop Reset Perform OTA Download CSV

Online

OK

OK

Ramp up2018-03-9 11:32:30

to2018-03-9 11:41:04

Online

9 minutes

IDModelVersionCumulative runtimeNumber of system starts

33991ADA921521BB1C7415A0BF614EL00.0.000

name value

System Info System Issue

No data to show

600 L

500 L

400 L

300 L

200 L

100 L

0 L

2018-03-09 11:36:14

H2 Production 254.46 L

11:33:00 11:33:30 11:34:00 11:34:30 11:35:00 11:35:30 11:36:00 11:36:30 11:33:00 11:37:30 11:38:00 11:38:30 11:39:00 11:39:30 11:40:00 11:40:30 11:41:00

General Charts

Device StatusOnline Production

State

Issues

05 Mar 2018 21:50

BerlinElectrolyser EL 1000

HydrogenProduction Rate

2,000 NL/hr

Current

Need help?

Outlet Pressure35 bar

Stop electrolyser

100 %21:50

General Charts


State

Issues

05 Mar 2018 21:50



2,000 NL/hr

Current

Need help?


Stop electrolyser

21:50

General Charts

Electrolyser Pressure

Issues

Range: 5 minutes

Outlet Pressure Production Rate

600 L/hr50 bar

40 bar

30 bar

20 bar

10 bar

0 bar

500 L/hr

400 L/hr

300 L/hr

200 L/hr

100 L/hr

09:30 09:35 09:40 09:45 09:50

100 %21:50

General Charts


State

Issues

05 Mar 2018 21:50



2,000 NL/hr

Current

Need help?


Stop electrolyser

100 %21:50

Electrolyser Telemetry < Z00m Out > Mar 9,2018 11:32:30 to Mar 9,2018 11:41:04

Device Pisa office (33991ADA921521BB1C7415A0BF614AD86EBC32C9) Start RebootStop Reset Perform OTA Download CSV

Online

OK

OK

Ramp up2018-03-9 11:32:30

to2018-03-9 11:41:04

Online

9 minutes

IDModelVersionCumulative runtimeNumber of system starts

33991ADA921521BB1C7415A0BF614EL00.0.000

name value

System Info System Issue

No data to show

600 L

500 L

400 L

300 L

200 L

100 L

0 L

2018-03-09 11:36:14

H2 Production 254.46 L

11:33:00 11:33:30 11:34:00 11:34:30 11:35:00 11:35:30 11:36:00 11:36:30 11:33:00 11:37:30 11:38:00 11:38:30 11:39:00 11:39:30 11:40:00 11:40:30 11:41:00

General Charts


State

Issues

05 Mar 2018 21:50



2,000 NL/hr

Current

Need help?


Stop electrolyser

100 %21:50

General Charts


State

Issues

05 Mar 2018 21:50



2,000 NL/hr

Current

Need help?


Stop electrolyser

21:50

General Charts

Electrolyser Pressure

Issues

Range: 5 minutes

Outlet Pressure Production Rate

600 L/hr50 bar

40 bar

30 bar

20 bar

10 bar

0 bar

500 L/hr

400 L/hr

300 L/hr

200 L/hr

100 L/hr

09:30 09:35 09:40 09:45 09:50

100 %21:50

General Charts


State

Issues

05 Mar 2018 21:50



2,000 NL/hr

Current

Need help?


Stop electrolyser

100 %21:50

Devices

Edit Devices Dashboard

Log [email protected]

Demo 1DEVICES /

1.06 kL

1.05 kL

1.04 kL

1.03 kL

1.01 kL

1.00 kL

1.06 kL

14:30 14:35 14:40 14:45 14:50 14:55 15:00 15:05 15:10 15:15 15:20 15:25

H2 Production

Details

STATUS

DESCRIPTION

TYPE

MODEL

SERIAL NUM

HARDWARE ID

EL FW VER

RACKTABLES RACK ID

FW VER

STATUS

Demo

electrolyser

Enapter EL1000

000000

DEMO1

EMPTY

EMPTY

0.1

STEADY

Comment (0)

Commands

Start

ESP Reboot

Add Comment

Stop Reboot

ESP OTA

Configure Network

ESP Factory Reset

Save Configuration Read Network Config

STATUS COMMAND EXECUTION STATE INTIATED AT

TIME OUT NOEL Stop

All Executed Commands

2 days ago

Commands

WARNING

WARNING

WARNING

WARNING

WARNING

WARNING

SEVERITY DESCRIPTION

sys_alarm_high_temperature

mod_b_alarm_high_temp

mod_a_alarm_low_water

mod_a_alarm_high_temp

mod_b_alarm_high_water

sys_alarm_high_temperature

2018-08-25 14:57:08 UTC

2018-08-25 14:57:08 UTC

2018-08-25 14:57:08 UTC

2018-08-25 00:11:53 UTC

2018-08-25 00:11:53 UTC

2018-08-25 00:11:53 UTC

APPEARED AT

Resolved Issues (5) of (546334)

ERROR

ERROR

ERROR

ERROR

ERROR

ERROR

SEVERITY DESCRIPTION

sys_error_water_level_sensor

mod_b_error_flow_switch

mod_a_error_flow_switch

dryer_error_press_switch

dryer_error_heater_1

sys_error_press_switch

2018-08-27 12:27:11 UTC

2018-08-27 12:27:11 UTC

2018-08-27 12:27:11 UTC

2018-08-27 12:27:11 UTC

2018-08-27 12:27:11 UTC

2018-08-27 12:27:11 UTC

APPEARED AT

2018-08-27 12:27:15 UTC

2018-08-27 12:27:15 UTC

2018-08-27 12:27:15 UTC

2018-08-27 12:27:15 UTC

2018-08-27 12:27:15 UTC

2018-08-27 12:27:15 UTC

RESOLVED ATNo comments yet.

All Issues

Germany

Rheinsberger Str. 76/77, 10115 Berlin

+49 30 25814 7916

www.enapter.com

Italy

Via di Lavoria, 56/G - 56040 Crespina Lorenzana (PI)

+ 39 050 7620120

[email protected]

Thailand

33/4 Moo4, Phi Suea House, San Phi Suea, A. Muang, Chiang Mai, 50300

+ 66 2 107 1104

Enapter electrolysers are installed in numerous applications around the world. More examples are available on request.

Use Cases

The Phi Suea House, a world’s first in solar- hydrogen residential stor-age

Electrolyser : 2000 NL/hrFuel Cell : 4 kWStorage : 7.5kg of hydrogen (130 kWh)

Thailand

24 hour off-grid solar and hydrogen

Enapter electrolysers are the key component in this off-grid project in the county of Melbourne

Electrolyser : 1000 NL/hrFuel cell : 2 kWStorage : 300L (0.81 Kg)

Australia

Energy independence in remote area

Enapter electrolysers are integrated into a nitrogen purification system

Electrolyser : 1000 NL/hr

Industrial onsite hydrogen generation

Portugal

Enapter electrolysers produce hydrogen to keep this refuge in the Alps operational year-round

Electrolyser : 500 NL/hrFuel Cell : 2.5 kWStorage : 5kg of hydrogen (90 kWh)

Off-grid with seasonal hydrogen energy storage

France

Enapter electrolysers generate hydrogen to power remote towers during a grid outage

Electrolyser : 1000 NL/hrFuel Cell : 5 kW

Malaysia

Telecom back up power

Enapter electrolysers provide long term backup capability for a tele-com tower in New Cairo close to the mosque

Electrolyser : 1000 NL/hrFuel Cell : 4 kWStorage : 500 L (1.35Kg)

Egypt

Telecom back up power

enapter eectroye ysem · dryer 2.0 el 2.0 the optional dryer module can process up to 2nm3/hr of...

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