Residential multi-home – Chiang Mai, Thailand

Enapter Electrolyser 2.1

H2 Storage

Fuel Cell

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Location

Chiang Mai, Thailand

What was installed?

4 x Enapter EL 2.1

H2 Storage

Fuel Cell

Where was it installed?

The Phi Suea House (Home of the Butterflies) is the world’s first solar-hydrogen multi-house which has been off-grid since 2015.

How it works?

Sunshine and rain cover all energy and water needs on the premises facilitated by Enapter electrolysers. In simple terms, the energy of the sun is transformed via solar panels into electricity. Any excess power will be converted and stored as hydrogen. When the sun doesn’t shine, the stored hydrogen gas in tanks generate electricity by using fuel cells.

What have we learned from working on this application?

It demonstrates to the world how sustainable living can be achieved.

Source: Enapter

Did this pique your interest?

Send us a message if you would like to make an enquiry, and we’ll get back to you as soon as possible.

Hydrogen Innovation for Poland’s Electrified Railways

Hydrogen Fuel will be used to help creating a grid-balancing and train-recharging application. A lot of components had to work together – production, storage, compression and re-use of hydrogen for electrical power was all part of the process.

Lichtenwald, Germany

An Indoor HydroCab® was installed.

EGAT Learning Center -Thailand

EGAT Learning Center was established with the aim of providing knowledge and experience in power generation. To become a Trust & Pride of the nation, as well as a source of energy learning in Thailand and the world from the past, present and future.

Lancium – Dynamic grid load management – Houston, USA

Enapter’s AEM Electrolysers ensure grid stability by dynamically adjusting hydrogen production to match electrical energy levels, preventing power outages and grid damage. This on-demand flexibility supports efficient and cost-effective green hydrogen production.

Containerised refuelling solutions – Lower Saxony, Germany

JA-Gastechnology GmbH (JAG) has developed a multi-function hydrogen refueling system that draws on stacked Enapter AEM Electrolysers to unlock hydrogen mobility solutions.

A project by JA-Gastechnology GmbH (JAG).

Hydrogen-supercapacitor rural microgrid – Tapah, Malaysia

This groundbreaking microgrid, powered by an Enapter AEM Electrolyser, illuminates a village in SE Asia, setting a global precedent. Integrating hydrogen for long-term energy storage with supercapacitors, it showcases cutting-edge energy storage technologies.

Residential multi-home /Phi Suea House, Chiang Mai, Thailand

The Phi Suea House (Home of the Butterflies) is the world’s first solar-hydrogen multi-house which has been off-grid since 2015.
Enapter electrolysers power all energy and water needs onsite, converting solar energy to electricity and storing excess power as hydrogen. During low sunlight, stored hydrogen fuels electricity generation through fuel cells.

COPEL, Paraná-Brasil

Solenium won an international tender from COPEL. COPEL would like to do some investigation on blending hydrogen into their gas pipelines.

Aarhus University – Aarhus, Denmark

Use of the electrolysis system in a biogas plant for enriching biogas with hydrogen.

HTL Dornbirn – Austria

At HTL Dornbirn, the innovative Green Hydrogen training and demonstration facility, featuring the Indoor HydroCab®, empowers students to gain hands-on experience with sustainable technologies, preparing them for the energy transition while fostering collaboration between education, industry, and research.

Universität Hohenheim – Germany

A pilot plant for the production of alternative fuels based on biomethane in which hydrogen is converted with carbon dioxide to methane in a methanation reactor. The hydrogen required for this is produced in an electrolyser and is to be temporarily stored in a Type IV hydrogen tank as a buffer.

Hydrogen House – Starnberger See, Germany

HydroCab® Power Core:
Explore a model single house powered entirely by solar and hydrogen, providing both electricity and heating. Ideal for educational visits by school classes, training courses, and house-building companies, showcasing sustainable energy solutions for future homes.

Technische Hochschule Mittelhessen, Gießen

We installed an Electrolysis system (2x Indoor HydroCab®), buffer tank, HULC compressor, high-pressure gas bottle bundles, fuel cell, battery, AC/DC converter.

Hydrogen production system for refilling stations/grid power generation

Universidade Federal do Rio de Janeiro, Brazil

This Brazilian green H2 project aims to support decarbonizing the Amazon where the use of dirty diesel predominates.
To achieve this we installed 3 Outdoor HydroCabs® V2.1 incl. Enapter Electrolyser, Enapter dryer, Enapter water storage, water purification, fuel cells, compressor system, Enapter EMS, H2 storage (including commissioning)

Sesame Solar, Inc., USA

Installed an Indoor HydroCab® PowerCore incl. Enapter Electrolyser to support the Nanogrid.

Hamburg, Germany

The Indoor HydroCab® was installed in the R&D department to create hydrogen to research the development of metal hybrid storage.

FOTOVOLTAICA-UFSC. Florianópolis. Brazil

3 Indoor HydroCabs® were installed to kickstart the hydrogen production. Enapter electrolysers, compression and storage were delivered by H2 Core Systems GmbH.

Albacete, Spain

An Indoor HydroCab® was installed.

Gothenburg, Sweden

An Indoor HydroCab® was installed.

Seon, Switzerland

An Indoor HydroCab® PowerCore® was installed.

Hollister California, USA

An Outdoor HydroCab® was installed.

Stavanger, Norway

An Indoor HydroCab® PowerCore® was installed.

Belfort, France

An Indoor HydroCab® was installed.

Ovieda, Spain

An Indoor HydroCab® was installed.

Fort Worth, TX, USA

An Indoor PowerCore® was installed.

Vienna, Austria

An Indoor HydroCab® was installed.

Medellin, Columbia

An Indoor HydroCab® was installed.

Luebeck, Germany

An Outdoor HydroCab® PowerCore was installed.

Oud-Beijerland, Netherlands

An Indoor HydroCab® was installed.

Lysaker, Norway

An Indoor HydroCab® was installed.

Uxbridge London, England

Two Outdoor HydroCabs® were installed.

Dejvice Prague, Czech Republic

AN Indoor HydroCab® was installed.

Avenches, Switzerland

An Indoor HydroCab® was installed.

Belfort, France

An Indoor HydroCab® was installed.

Wilhelmsburg, Austria

An Indoor HydroCab® was installed.

Peru, Lima

Two Indoor HydroCabs® were installed. They will be investigating the use of green hydrogen.

Stuttgart, Germany

An Outdoor HydroCab® was installed.

Zagreb, Croatia

An Indoor HydroCab® was installed.

Sevilla, Spain

An Outdoor HydroCab® was installed.

Mumbai, India

An Outdoor HydroCab® was installed.

New Haven, VT USA

An Indoor HydroCab® PowerCore was installed.

Selangor, Malaysia

An Indoor Fuelcell Cabinet was installed.

Hamburg, Germany

An Indoor HydroCab® was installed.

Sidney, Australia

An Outdoor HydroCab® was installed.

Pisa, Italy

An Indoor HydroCab® was installed.

Singapore

An Outdoor HydroCab® was installed.

Weimar, Germany

An Indoor HydroCab® was installed.

Hanau, Germany

An Indoor HydroCab® was installed.

Szczecin, Poland

An Indoor HydroCab® was installed.

Bremen, Germany

An Indoor HydroCab® was installed.

Lima, Peru

An Indoor HydroCab® was installed.

London, United Kingdom

An Indoor HydroCab® was installed.

Haag, Austria

An Indoor Fuelcell Cabinet was installed.

Nuremberg, Germany

An Indoor HydroCab® was installed.

Cologne, Germany

An Indoor HydroCab® PowerCore® was installed.

Omexom, Uedem, Germany

Indoor HydroCabs® were installed as part of the EnergyLab. Our dedicated service team at H2 Core Systems worked diligently to install and commission these advanced hydrogen solutions, supporting the energyLab’s mission to be a forefront hub for decarbonization and energy innovation.

Honeywell: Lotte/Osnabrueck, Germany

4 Outdoor HydroCab® was installed.

Honeywell advances sustainable energy with its new hydrogen production plant, reducing costs from €150/kg to €22/kg.

The facility features a powerful electrolysis unit, photovoltaic system, and safe hydrogen storage, enabling reliable 1 MW burner operation.