Ferroamp EnergyHub
- the brain of the system

Ferroamp EnergyHub is the market’s most advanced inverter. It acts as a power centre for the property, connecting solar panels, batteries, and electric vehicle charging. 

 

EnergyHub converts DC from solar cells and batteries to AC, which can be used in the property, but it can also convert AC from the grid to DC for storage in the battery. It is, therefore, a bi-directional converter. 

 

EnergyHub works around the clock, every day of the year, optimizing how the property uses and produces electricity while managing imbalances in the grid through dynamic phase balancing.

Advantages of
EnergyHub

01
A bi-directional converter
A bridge between the DC grid and the AC grid for solar cells and batteries
02
Self consumption
Maximizes self consumption of solar power
03
Cloud service
The most advanced cloud service for monitoring and control
04
Phase balancing
Active phase balancing protects the main fuse
05
A seamless system
Connects solar energy, batteries and EV charging, and controls the connection to the grid

Models

EnergyHub models

Ferroamp EnergyHub comes in different sizes suitable for smaller or larger properties. EnergyHub Wall are wall mounted models that fits a private home while EnergyHub XL is delivered in a cabinet and can be expanded into a bigger system. Read more about our different models below.

14kW

EnergyHub Wall

EnergyHub Wall

Nominal AC power

14 kVA

Nominal AC voltage

230/400 VAC

Nominal grid frequency

50 Hz

DC bus voltage

760 V (nominal)

DC bus voltage range

720 - 800

Max efficiency DC to AC

98.5 %

Max efficiency AC to DC

98.0 %

Dimensions H x W x D

530 x 350 x 176 mm

Weight

23 kg

Colour

Black

Number of parallel-connected EnergyHub Wall

1 - 4 units (total 56 kVA)

Measurement data

AC x 3: voltages, current, phase angles, DC: voltage, current

Connections

Ethernet, USB, CAN, Relay output x 2

Documentation - EnergyHub Wall

Installation & User guides

File name

File type

EnergyHub Wall 7/14kW Manual SWE/EN

pdf

Commissioning guide SWE+ENG

pdf

Data sheet

File name

File type

EnergyHub Wall 7/14kW Datasheet ENG

pdf

Compliance

File name

File type

EPD EnergyHub Wall14

pdf

Declaration of Conformity - EnergyHub

pdf

EN50549-1 Unit Certificate

pdf

21kW to 28kW

EnergyHub Wall

EnergyHub Wall

Nominal AC power

21 kVA, 28 kVA

Nominal AC voltage

230/400 VAC

Nominal grid frequency

50 Hz

DC bus voltage

760 V (nominal)

DC bus voltage range

720 - 800

Max efficiency DC to AC

98.5 %

Max efficiency AC to DC

98.0 %

Dimensions H x W x D

1004 x 522 x 318 mm

Weight

70 kg

Colour

Black

Number of parallel-connected EnergyHub Wall

1 - 4 units (maximum 112 kVA)

Measurement data

AC x 3: voltages, current, phase angles, DC: voltage, current

Connections

Ethernet, USB, CAN

Documentation - EnergyHub Wall

Installation & User guides

File name

File type

Commissioning guide SWE+ENG

pdf

EnergyHub Wall 21/28kW Manual SWE+EN

pdf

Data sheet

File name

File type

EnergyHub Wall 21/28kW Datasheet ENG

pdf

Compliance

File name

File type

Declaration of Conformity - EnergyHub

pdf

EN50549-1 Unit Certificate

pdf

21-28kW moduler

EnergyHub XL

EnergyHub XL

Nominal AC power

21 kVA, 28 kVA

Nominal AC voltage

230/400 VAC

Nominal grid frequency

50 Hz

DC bus voltage

760 V (nominal)

DC bus voltage range

720 - 800

Max efficiency DC to AC

98.5 %

Max efficiency AC to DC

98.0 %

Dimensions H x W x D

220 x 520 x 650 mm

Weight

43 kg

Colour

Black

Number of parallel-connected EHUB

Up to 1000 kVA

Measurement data

AC x 3: voltages, current, phase angles, DC: voltage, current

Connections

Ethernet, USB, CAN

19" Rack cabinet

Size

24U, 42U

Dimensions H x W x D

1265 x 600 x 800 mm, 2065 x 600 x 800 mm

Weight (Without XL Modules)

82 kg, 130 kg

AC connection

Terminal block - max 70 mm2, Terminal block - max 120 mm2

DC bus connection

Terminal block - max 70 mm2, Terminal block - max 120 mm2

Documentation - EnergyHub XL

Installation & User guides

File name

File type

EnergyHub XL Cabinet Manual SWE+ENG

pdf

Commissioning guide SWE+ENG

pdf

Data sheet

File name

File type

EnergyHub XL Cabinet Manual SWE+ENG

pdf

Commissioning guide SWE+ENG

pdf

Compliance

File name

File type

EPD EnergyHub XL

pdf

Declaration of Conformity - EnergyHub

pdf

Declaration of Conformity EnergyHub

pdf

EN50549-1 Unit Certificate

pdf

Find an installer close to you

Locate an installer close to you on the map. Only available in Sweden.

0
0

EnergyCloud

Detailed measuring in real time

In the web portal EnergyCloud data from the Ferroamp-system is visualized. The performance of the system can be viewed in real-time and you can access detailed data about electricity consumption and production that gives you both an overview and deeper insights.

Analysis and simulation

Through the tools for analysis and simulation you get information to make decisions about future investments in the electrical system of the property.

Configurate the system for optimal use

From EnergyCloud you can control production of solar energy and the usage of the battery. Optimize and schedule for your personal needs.

Detaljerad mätdata i realtid

I webbportalen EnergyCloud samlas all data från Ferroamp-systemet. Systemets drift visas i realtid och du får tillgång till detaljerad data om elanvändning och elproduktion i fastigheten som ger både överblick och möjlighet till djupare insikter.

Analys och simulering

Genom analysfunktioner och simuleringsverktyg får du beslutsunderlag för kommande investeringar i fastighetens elsystem.

Ställ in systemet efter dina behov

I EnergyCloud fjärrstyr du solcellsproduktion och användning av batteriet. Optimera och schemalägg aktiviteter efter egna behov. 

Almost all electronics in our homes are powered by direct current. LED lighting, fans, refrigerators, TVs, computers, etc. In the devices, there are small rectifiers that convert the alternating current in our wall outlets to the direct current needed to power the devices. Solar panels produce direct current, and batteries in both our homes and cars are powered by direct current. By building a direct current infrastructure, we reduce energy losses between solar cells and batteries and enable the future connection of more direct current components directly to the direct current network. This will enable significantly reduced energy losses and more efficient and intelligent energy use. Direct current technology also offers greater controllability than alternating current, resulting in a more flexible system.

PowerShare is Ferroamp’s patented technology for sharing electricity between buildings. A PowerShare connects the EnergyHub units in several different Ferroamp systems with their own grid connections in a network.  This gives you the opportunity to share electricity from the solar panels and the storage capacity of the batteries between several buildings. We can then control the distribution of electricity smartly in the DC grid based on the measurement values we collect from each grid connection. 

You do not need to replace your photovoltaic system to install the Ferroamp system. You can supplement your facility with an EnergyHub to get access to dynamic phase balancing, smart metering of imports, exports, energy use, etc. and to control and act as a load guard / power monitor for charging boxes for electric cars. You can also connect one or more batteries to control consumption and storage. If you also want to connect the solar cells to the Ferroamp system, you can supplement with solar string optimizers, connect the solar electricity production to the system.

 battery gives you as a user a number of possibilities and freedoms. You can increase the self-consumption of solar power by charging the battery during the day and discharging it when the solar panels stop producing. The battery can also be charged from the grid at night when electricity prices are generally lower to be discharged during the morning when prices are higher. You can also keep the power output from the grid down by cutting the power peaks and discharging when consumption in the property is at its highest.  With a battery, it is also possible to participate in the frequency regulation market through aggregators. This means that some of the battery’s capacity is made available to help keep the frequency on the grid, which can be lucrative.

Ferroamp EnergyHub should be installed in a weather-protected space free from condensation. Since it is powered by a fan with approximately the same noise level as a stationary computer and generates some heat load, it can be advantageously installed in a garage, basement, attic, or storage room to avoid disturbing noise.

The house will not lose power if the EnergyHub breaks down. This will only mean that: 

  • No solar power is produced 
  • The battery does not run 
  • Measurement and phase balancing are not active. 

The house still receives electricity via its grid connection to the general electricity grid.