Notre container Mobil-Grid® de 26 kWp et 30 kWh, initialement installé sur un chantier de construction à Talca, a été déplacé afin d’assurer une alimentation énergétique temporaire pour un campement sur le site de Codelco.
A bold and visionary idea: installing the first mobile solar power plant on Easter Island.
Two solar containers were deployed at the Aldea Educativa school to provide continuous power for over 400 students: IT equipment, the cafeteria, lighting, drinking water, and more.
Funded with €900,000 via the FASEP scheme, the project led by ECOSUN Innovations enabled the development of a mobile, standardized solar solution perfectly suited to remote areas and the logistical constraints of Rapa Nui.
On May 22, we inaugurated our autonomous solar field at Aldea Educativa, alongside the French Ambassador, the Economic Department, and several committed French companies.
A highlight blending tradition, culture and innovation, at the heart of a unique region.
A big thank you to the local council, the Rapa Nui people and SASIPA for their vital contribution to the realisation of this project.
FIMATEC handles the distribution and rental of the Frame 6 solution throughout Belgium.
Razel Bec ordered two Frame-Watt® units (12 panels) along with a Solar Hybrid Box® conversion cabinet to electrify a construction site bungalow at an airport.
This plug-and-play system ensures reliable autonomous power supply.
We delivered a Mobil-Grid® DC solar container to VINCORION for modular military energy applications.
Equipped with 12 deployable Solar-Wings® totaling 20.9 kWp, the system delivers powerful, mobile, off-grid solar production suitable for demanding environments.
Connected to the ESM Hybrid storage platform, Mobil-Grid® DC helps reduce fuel consumption and strengthen the operational autonomy of future Bundeswehr deployments.
The Norwegian armed forces deployed a hybrid, zero-emission Mobil-Grid® system. At the NATO Ørland air base, Norhybrid Renewables AS installed in just one day a complete solution combining solar, wind, and storage.
The fully transportable system combines a Mobil-Grid® solar container, mobile wind turbines, and a 308 kWh battery, providing up to 75 kW of clean energy for demanding environments.
Niederstätter, a leader in construction and equipment rental in Northern Italy, installed four Frame-Watt® 6 systems using high-performance Meyer Burger modules specified by the client.
Installed on container rooftops in Bolzano and Bergamo and connected to Atlas Copco mobile storage systems, these plug-and-play solutions provide 100% autonomous power for training centers.
We equipped Helmut Seebauer Tiefbau GmbH with two Frame-Watt® units (2.55 kWp) to power mobile site offices with sustainable energy.
Combined with the 5 kWh MHB – Mobil Hybrid Box, these plug-and-play solar solutions ensure a 100% autonomous power supply, without grid connection.
Installed on construction containers, the systems can produce up to 2,380 kWh per year per unit, covering the equivalent annual needs of a two-person household.
A Mobil-Grid® mobile solar container was delivered to the Dutch Ministry of Defence to power a modular energy-hydrogen system.
With 16 Solar-Wings® and 64 high-performance modules (27.2 kWp), it produces off-grid solar energy for an on-site electrolyzer, offering a 100% autonomous and CO₂-free solution for military operations.
Tuttibox aims to make construction base camps energy-independent using the Frame-Watt® 6 solution combined with the Solar Hybrid Box®.
The company mainly offers rental solutions to construction clients to ensure reliable, autonomous, and low-carbon energy supply on job sites.
Acomalis installed two Frame-Watt® 6 systems adapted for a 40-foot container, allowing two solar frames to be positioned on a single container and secured during lifting operations.
Including a Solar Hybrid Box® 5, the system powers a container office at a nautical base with computers, lighting, and heat pumps.
Start of production of our Mobil-grid®, installed on the Seine river, to energize with green source a major international sport event which currently takes place in Paris. This set-up is the first in France being both mobile and floating. With a capacity of 72kWp, this unit can supply with energy the infrastructures necessary to the good operations of the event.
Gurtner Baumaschinen AG selected our Frame-Watt® (4.7 kWp) to power an isolated off-grid construction site using a hybrid system combining solar energy, a 36 kWh battery, and a backup generator used only when necessary.
Result: up to 95% reduction in generator runtime, meaning less noise, fewer emissions, and lower fuel consumption.
A solution that provides complete autonomy and flexibility for all construction sites.
As part of the immersive event project ‘Kubus’, InnovSolar by Plasmacom uses our Frame-Watt® (12 panels).
This 4.68 kWp frame is supplied with a pole allowing the photovoltaic panels to be deployed from the ground.
Installed on a 20-foot container roof, the solar solution covers 30% of the performance hall’s electricity needs.
We delivered a grid-connected mobile solar power plant for ENERCOOP Hauts-de-France to supply green electricity to collective housing.
Since May 2024, it has been tested on vacant land, producing 100% renewable electricity for self-consumption in nearby residential buildings. The plant generates 58 MWh annually, including 30 MWh consumed locally for the Peupliers residence in Lille Mont-de-Terre, home to 335 tenants.
Easily transportable, the solution optimizes the temporary use of urban brownfields.
In partnership with Loxam Module, we developed a Frame-Watt® solar frame specifically designed for installation on Loxam bungalow rooftops.
The 6-panel solar frame (2.4 kWp) integrates micro-inverters and a fork passage system for handling by forklift. There are also attachments for handling via slings.
To offer maximum versatility and meet rental constraints, the Frame-Watt® can be connected to a Solar Hybrid Box® conversion cabinet with 9.6 kWh of battery storage.
The entire system can therefore be used either for self-consumption/grid-connected or off-grid, depending on the site configuration.
Loxam, a leader in equipment rental, offers this new product in its range to decarbonize construction sites and event projects. The Frame-Watt® can power a cabin with heating/air conditioning, lighting, standard workstations, and PC/phone charging, etc.
We have delivered a 41 kWp Mobil-Grid® containerized solution on behalf of NGE , which will enable them to meet part of the site office’s needs through self-consumption.
The objective for this project: a first solar reference to promote the use of mobile solar power plants as an eventual replacement for diesel generators for this type of application.
The 41 kWp solar power plant includes 25 solar wings of 4 photovoltaic panels. With a few electrical modifications, NGE could eventually deploy 19 additional solar wings to reach 72 kWp.
Four 72 kWp mobile solar generators and one battery container were delivered to our partner TML Energy in Indonesia for a large mining electrification project in Borneo.
The interconnected containers produce and store solar energy in hybrid operation with an existing diesel network.
Deployment took only two days.
The system will save approximately 170,000 liters of diesel per year!
We delivered to our new Australian distributor APS several 15S chassis with a capacity of 5.6 kWp and 23 kWh of storage.
The unique feature of these complete pre-assembled and pre-tested chassis, including PV, batteries, and energy management, is that they can be transported by containers to then be adapted to trailers according to the local standards of various export countries.
These trailers will be used for sales and rental purposes for various applications to meet the needs for mobility, self-consumption, and electrification of remote sites across Australia.
One of the global leaders in temporary power recently acquired and deployed our solutions during a golf tournament in Italy. The hybridization of our solution with generators significantly reduces fuel consumption and carbon footprint – a crucial factor for this type of event.
POWERTECH acquired a 12-panel solar trailer used in the Philippines, notably presented to the Municipality of Makati and emergency response teams.
We delivered to COLAS a first autonomous energy system equipped with solar power. In collaboration with one of our partners, EVOLUM Container, we completely redesigned the concept of a base camp by utilizing less energy-intensive equipment:
EVOLUM provided two fully customized containers, equipped and arranged according to requirements, usage context, and compliance with current standards.
ECOSUN supplied a Frame-Watt® 12-panel solar frame with an integrated 5 kVA Solar Hybrid Box® and 9.6 kWh of battery storage.
The system provides 24/7 autonomous power for a first module comprising a canteen, changing room, and sanitary facilities.
Around twenty Solar Hybrid Boxes® were delivered on behalf of TOTAL Energies to various service stations in Guinea.
These plug-and-play conversion and storage cabinets, ranging from 15 to 30 kVA and 17.5 to 24.5 kWh, can be connected to photovoltaic panels and provide reliable energy storage in locations where the grid is mostly non-existent.
On-site commissioning takes approximately 2 hours and can be organized remotely.
CAPS offers our Frame-Watt® solar systems ready to rent in the western and sunniest area of Australia! These are aimed to meet the needs in the energy supply for the mining and event sectors.
Together with our electrical cabinet Solar Hybrid Box® for energy conversion and storage, the system can produce and deliver energy in full autonomy 24/24.
COLAS Rail has developed an autonomous unit, composed of a storage container equipped with a solar frame and cabinet for energy conversion Off-grid 8 kVA – 14,4kWh of storage.
The system can power 2 living mobile worksites on a railway project.
The objective for our client is to eliminate the current use of a 40 kVA diesel generator by replacing it with solar energy. COLAS RAIL will thus reduce its consumption of off-road diesel (GNR) by more than one tonne per year on projects of this type.
KOWRY Energy has chosen our containerised Fix-Watt® system to electrify 7 productive use customers and 2 public buildings in the small community in the southern part of Mali.
The aim is to develop the economic potential of the community via Income-Generated Activities relevant.
The system is fully Off-grid, composed of a container with a capacity of storage of 7kWh and a ballast system of a capacity of 10 kWp.
The foundation EDF Group has offered ASCOVIM a solar trailer, with a capacity of 5,6 kWp and 11,5 kWh of storage, in order to power medical campaigns in isolated villages who have no access to specialist care (ophthalmology, dentist, surgeon…)
The trailer is used to operate radiology equipment, a dentist chair, lights for Surgical Operations and to allow surgery to continue late in the evening.
Each week volunteers visit remote villages in Cameroun, bringing free medical care to the vulnerable populations.
Video link here.
GCK Energy has chosen our solar panels to optimise the energy consumption of their motor-racing facilities, most notably being used for recharging electric vehicles during races in France, Europe and the Middle East.
Our energy systems are uniquely equipped with built-in inverters, allowing self-consumption without the need for an additional electrical-equipment box.
MEDECINS DU MONDE chose our containerised Fix-Watt® solar frames to supply electricity to a rural hospital. This medical facility is in a very remote area in the north of the Central African Republic with no electricity for 50 km.
A complete solar-powered power plant was delivered in two containers with a capacity of 30 kWp and 61.44 kWh of storage. One of the containers became an insulated and air-conditioned conversion room, while the second acted as a structural support that was transported and assembled on site like “Lego”.
The 84 solar panels have been set up on the metal structure’s roof.
ACCIONA used our containerised and repositionable solar-powered generator during the construction of the new Talca prison in Chile. The Mobil-Grid® generator is considerably less dependent on diesel than earlier technology and can be used to operate a lift pump as well as a water-distribution pump.
Alongside this, before our Mobil-Grid® system, energy was only supplied for 12 hours a day. Now, there is a 24-hour electricity supply.
The Mobil-Grid® solution consists of a solar field with 70 rapidly deployed solar panels boasting 30 kWh of storage and a 24 kVA conversion rate.
REVOLT Location is a company that rents out our Mobil-Watt®, Frame-Watt® and Trailer-Watt® solar systems.
These products can be connected to the public mains system (self-consumption) or, alternatively, can be supplied with a conversion and storage unit for use on isolated sites. Interfacing with an external power source (a fossil-fuel or hydrogen generator) is possible. These systems are designed to supply power to events as well as construction and industrial sites.
MORILLO ENERGY RENT has acquired and is renting out our Frame-watt® solar frames to the industrial and construction sector.
The Frame-Watt® solar frame, consisting of 12 expandable solar panels, offers a capacity of 4.4 kWp.
Each solar frame was delivered to Spain with its own 5 kVA conversion unit with 14.4 kWh of storage, allowing them to produce energy completely independently.
BOUYGUES CONSTRUCTION has opted for a hybrid solution by using solar frames alongside a mains power-supply connection in order to make its construction sites greener.
The Frame-Watt® solar frame is even used for supplying energy to four cafeterias on a construction site in Port de Bouc in the south of France.
The system is made up of 12 deployable solar panels specially designed with self-consumption technology; the frames were also supplied with a converter that connects to the public mains network.
ACCIONA, chose our solutions to provide energy to an isolated jobsite in Spain.
Our modular and repositionable solutions bring a new form of green energy, reliable 24/7 and at reduced costs.
These systems also significantly reduce the carbon footprint of the construction site.
JAMART is offereing 18S solar trailer for rental.
The solar trailer is designed to provide electricity to portable buildings and worksite facilities, as well as to support various shows and events, etc.
It is a road-certified trailer fitted with 18 deployable, autonomous solar panels with 9.6 kWh storage batteries.
ENERLIS uses the Trailer-Watt® 12-panel solar trailer to power events in the Paris region for self-consumption, supporting the grid.
The Trailer Watt® provided is equipped with 12 deployable solar panels. With a power of 3.6 kWc, it is set up On-grid with no batteries to support the network for self-consumption.
SUNGY choose the Mobil-Watt® solar container and the Frame-Watt® to be used as demos in Algeria.
The Mobil-Watt® has a power of 9 kWc with 30 deployable 30 solar panels. It is fitted with an insulated, air-conditioned control cell for batteries and inverters.
The Frame-Watt® has a power of 3.6 kWc and is going to be installed on containers and portakabins for border protection applications, as well as to generate power for Telecoms applications in isolated areas.
The second solar and storage container was supplied for the TOTAL filling station in Yattaya.
Installation of a 10’ Hybrid box 30 KWc container with 60 kWh storage capacity to supply a TOTAL station on the Yattaya site in Guinea. The special feature of this container is the fact that it provides interfacing with the solar installation, the existing grid (with frequent power cuts) and the existing back-up generator. The unit is set up so that each energy source can individually charge the batteries in order of priority (PV, grid, back-up).
The ROTARY Club has chosen the Mobil-Watt® for its first electrification project within the global ROTARY network.
The solar installation with the Mobil-Watt® will provide electricity and lighting for both the training centre and the Majianza health centre.
The Mobil-Watt® supplied is a hybrid solution (PV, Lithium batteries 6000 cycles + back-up generator for recharging batteries to meet an exceptional need).
The electricity supply has been great news for the centre and we hope that many more Mobil-Watt® containers will be used to support other projects in Mozambique and throughout the world!
A village electrification project using the Mobil-Watt® “Charger” solar container, containing 100 batteries that can be dispatched directly to homes for direct use, without the need to create a grid or individual metering.
The batteries can either be rented or purchased by inhabitants of the village and recharged at the container.
300 or 800 watt and 5 or 240 V batteries are available in the container, depending on requirements in individual homes.
The power of the solar container is 9 kWc. The power of the batteries is 20 KWh – for the smaller batteries, this is 300 watts and 800 watts.
Deployment of the Mobil-Watt® solar container in Souimanga:
In order to reduce their carbon footprint, the eco lodge Souimanga Lodge in Fimela decided to equip themselves with a plug and play, easily deployable photovoltaic solar power generator. This solar power generator is connected to the SENELEC electricity grid, and is also connected to a back-up power generator.
The power of the solar power generator is 32 KWp, with annual production standing at 45,864 KWh. The solar power generator is connected to the public grid, and is also connected to the power generator.
Use of the Frame-Watt®. This product is easy to deploy on top of a 20-foot container. It was for this reason that Tri-Center made the decision to choose it to supply their waste processing container.
Use of the Fix-Watt®, the containerised solar power generator, to supply Total service stations in Guinea.
The power of the solar power generator is 30 KWc, with annual production standing at 46,000 KWh.
A solar trainer designed for rental purposes for various performances and events across the south coast of France.
This is a 5.4 KWc trailer with 11 KWh batteries.
This product is particularly suitable for one-off events (festivals, shows, performances, etc.)
In the context of a major rural electrification programme, Ecosun Innovations were tasked with supplying autonomous, containerised solar power generators. These solar power generators are stationary and are fitted with batteries for energy storage.
The power of the solar power generator is 41 kWc. Forecast annual output is 65,600 KWh.
The solar container solution is used to supply energy to zones completely cut off from the grid; choosing to extend the electricity grid or to use diesel generators in this particular case would prove too costly, overly pollutant and too noisy.
The solar trailer is used in northern Morocco to power pumping stations. This solution is very flexible for filling irrigation water basins spread across several locations, while remaining extremely mobile.
This solution, used in Nigeria, makes it possible to supply electricity to a set of residential homes; the solar kits (modules, support systems, inverters, cables) are delivered in containers configured in such a way so as to render delivery and on-site implementation as straightforward as possible. Once the kits have been fitted, the container will serve as a control room for the assembly.
NATO, in association with the Lithuanian army, carried out a series of mobility tests on the container system. To date, the container has followed more than 15 operations since its inception in early 2016, in a field where mobility is essential This allowed them to increase the share of renewable energy to 50% of the mix, where previously it had been made up entirely of fossil fuels. With this system, NATO won the Usine Nouvelle prize for Energy Efficiency.
The Bundeswehr trialled and successfully adopted the solar container concept for their defence operations. This solution makes an efficient contribution to global targets aimed at completely eliminating the use of fossil fuels, all the while retaining full mobility and supporting the requirements of their troops.
Here, the container is used in self-sufficient mode in an industrial and logistics zone; rather than taking energy from the grid, they decided to supply the unit with batteries in order to charge batteries for machinery and lifting equipment.
The container makes it possible to supply a pumping station located in a remote area. Taking the country’s levels of sunlight into account, this is the most economically sound solution available for turning the pumps required for irrigation.
The container and its batteries makes it possible to supply the village of Mourdiah in Mali; this village is made up of a hundred or so huts and has seen significant social development since the container system was introduced a year ago. The arrival of electricity has helped stem the tide of people moving to urban areas and has contributed to the emergence of agricultural resources used for the benefit of the people of the village.
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