The system is designed to combine the appearance of materials such as stone, wood, or brick with renewable energy generation. Instead of adding conventional solar panels as a separate feature, photovoltaic technology becomes part of the facade itself.

Solar Technology With an Architectural Finish

eSolarFacades are designed for projects where the appearance of the building is important alongside energy generation. The facade can be customized with different colors and textures, allowing designers to create surfaces that resemble stone, wood, brick, and other architectural finishes.

Standard module dimensions include 1140 × 570 mm, while custom dimensions are also available. The modules have a thickness of 30 mm, with additional available sizes including 1200 × 600 mm, 1254 × 751 mm, and 1260 × 746 mm.

Photovoltaic Performance

Under Standard Test Conditions, or STC, using 1000 W/m² irradiance, AM 1.5, and a temperature of 25°C, the modules are specified with maximum power outputs ranging from approximately 59.23 W to 166.62 W, depending on the configuration.

The maximum power voltage ranges from approximately 20.70 V to 29.22 V.

Phomi states that its eSolarFacades can achieve 60% higher power efficiency than glass BIPV with 60% transmittance. The company also states that carbon emissions are 54.6% lower than glass BIPV under its stated comparison.

Designed for Building-Integrated Solar

Building-integrated photovoltaics, or BIPV, incorporates solar technology into architectural elements instead of treating solar panels as an addition to the building.

eSolarFacades follow this concept by combining the facade surface and photovoltaic function into one architectural system. This approach can be particularly useful for buildings where conventional rooftop solar has limited available space or where designers want renewable energy technology to form part of the exterior appearance.

Strong and Weather Resistant

The modules use an aluminum honeycomb composite panel with an aluminum frame as the back support structure. They are specified with a maximum front and rear surface load of 2400 Pa for wind and snow conditions.

For hail resistance, the system is tested against 25 mm diameter hail at 23.0 m/s. The junction box is IP68 rated and TUV certified. Unlike conventional glass-based photovoltaic modules, the eSolarFacades specifications provided by Phomi list no glass as the facade surface material.

Lightweight Facade Construction

The module weight is approximately 15.28 kg/m², although the final weight can vary depending on the selected texture. This allows the photovoltaic facade to be designed with different architectural finishes while maintaining a relatively consistent module-based construction system.

The combination of the aluminum frame and honeycomb composite structure provides the supporting framework for the facade system.

Energy Storage Options

Phomi also offers off-grid energy storage systems based on the purchase configuration. These systems can include batteries, controllers, and inverters, allowing the photovoltaic facade to be combined with energy storage and power-management equipment.

This can make the system suitable for projects that need more than direct solar generation, particularly where stored energy is required for later use.

A Facade That Does More Than Protect a Building

eSolarFacades show how photovoltaic technology can become part of a building’s architecture rather than remaining a separate rooftop installation. By combining customizable architectural textures with solar generation, the system is designed to turn exterior building surfaces into functional energy-producing elements.

With multiple module sizes, customizable colors, photovoltaic outputs up to 166.62 W per module under the stated conditions, and optional energy-storage components, eSolarFacades offer another approach to integrating renewable energy into modern building design.

Source: Phomi

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The Solarcontainer is a mobile solar energy system designed to provide electricity in locations where a permanent solar installation may not be practical. Instead of transporting and installing hundreds of separate solar panels, the system stores its photovoltaic modules inside a container for transportation.

Once it reaches its destination, the panels unfold to create a large solar array.

240 Solar Panels in a Compact System

The Solarcontainer contains 240 photovoltaic modules. When fully deployed, the panels cover an area of approximately 720 square meters. The unfolded system has a panel length of about 116 meters and can provide up to 140 kWp of power-generating capability.

This allows a large solar installation to be transported in a much smaller footprint and deployed where electricity is needed.

Designed for Fast Deployment

One of the main features of the Solarcontainer is its deployment time. According to the specifications provided, the system can be assembled in up to five hours. Once deployed, the solar panels form a large power-generating array without requiring a conventional permanent solar farm.

This makes the system suitable for temporary or changing locations where electricity infrastructure needs to be installed relatively quickly.

Built Around a 20-Foot High-Cube Container

The base of the Solarcontainer uses a solid floor frame with the same length and width as a 20-foot high-cube container. The container measures approximately 6 meters long, 2.4 meters wide, and 2.9 meters high when transported. The complete system weighs less than 20 tonnes.

When unfolded, the solar array extends to approximately 116 meters in length and covers around 720 square meters.

For Off-Grid and On-Grid Applications

The Solarcontainer can be used for both off-grid and on-grid applications. Its portable design makes it suitable for remote locations where connecting to an existing electricity network may be difficult. It can also provide temporary power for construction sites, events, and other locations that need additional electricity.

The system can also be used during rescue missions and disaster-relief operations, where temporary power infrastructure can be important.

Mobile Power for Construction Sites and Events

Construction sites often need electricity before permanent infrastructure is available. A portable solar system can provide an alternative source of renewable power during this stage. The Solarcontainer can also be transported to events and other temporary installations where electricity is required for a limited period.

After use, the solar array can be folded back into its container-based configuration and transported to another location.

A Large Solar Array That Travels in a Container

The Solarcontainer takes a familiar shipping-container format and turns it into a mobile solar power system. With 240 photovoltaic modules, approximately 720 square meters of deployed solar surface, up to 140 kWp of power-generating capability, and an assembly time of up to five hours, it is designed for situations where large amounts of temporary solar power are needed.

Rather than building a permanent solar farm at every location, the concept allows the solar installation itself to be transported to where it is needed.

Source: Solarcontainer

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A Vertical Solar Approach

Unlike traditional rooftop panels, the Sunbooster VERTICAL uses bifacial solar strips mounted vertically. Each strip captures sunlight from the front and back, allowing it to make use of reflected light from the ground, snow, or nearby surfaces.

Because of this vertical orientation, it performs especially well during low-angle winter sun and in the morning and evening—times when rooftop panels often struggle.

Designed for Everyday Spaces

The Sunbooster VERTICAL can be installed along fences, garden walls, or even rooftops without requiring large mounting systems or tilted frames. Its slim form makes it easy to integrate into existing outdoor structures while still delivering year-round energy production.

Flexible Power Options

The system is designed to scale based on your needs. A single setup with six strips can deliver up to 468 Wp, while a dual setup doubles this to 936 Wp. For higher output, a 4-strip system of 4×6 strips can provide up to 1,872 Wp, giving homeowners more flexibility in how much energy they want to generate.

Lightweight and Weatherproof

Each strip is extremely slim at only 1.8 mm thick and weighs around 1.0 to 1.2 kg, depending on length. The system operates reliably between –20°C and 60°C, and holds an IP67 protection rating, making it ready for year-round outdoor exposure.

Easy Fence Compatibility

Sunbooster VERTICAL is made to fit standard double wire mesh fences with wire gauges of 6/5/6 and 8/6/8, making installation quick and accessible. Because the modules are vertical and lightweight, most fences require no structural modifications.

A Practical and Affordable Upgrade

With a starting cost of €599.90, homeowners get both a privacy upgrade and a renewable energy solution in one. For those who want clean power without changing their roof or yard layout, the Sunbooster VERTICAL offers a practical new approach to solar energy.

Source: Sunbooster

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How Does It Work?

Power Roll Solar Film uses a unique micro-groove pattern embossed into a plastic material, similar to how the holograms on credit cards are made. Each square meter of the film contains up to 500,000 microstructures that help capture sunlight efficiently. The grooves, which are only 1.5 micrometers deep, allow the film to be produced at a low cost using roll-to-roll processing techniques. This means the solar film can be mass-produced quickly and affordably.

Why Is It Better Than Traditional Solar Panels?

One major advantage of Power Roll Solar Film is that it does not use rare earth metals like indium, which are expensive and hard to find. Instead, it is made with readily available materials, making it more sustainable and accessible for large-scale energy production.

Where Can It Be Used?

Because it is lightweight and flexible, this solar film can be applied to rooftops, walls, vehicles, and even off-grid locations where traditional solar panels may not be suitable. It has the potential to replace diesel generators in remote areas, providing a cleaner and more sustainable energy source.

A Game-Changer for Renewable Energy

Power Roll Solar Film is set to revolutionize the solar industry by offering a more affordable and flexible alternative to traditional solar panels. With its scalable design and sustainable materials, this innovation makes solar power more accessible to people and businesses worldwide. As the demand for renewable energy grows, technologies like this will play a key role in reducing our dependence on fossil fuels.

Would you consider using flexible solar film on your home or business?

Source: Power Roll

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Solar Charging Without the Hassle

The EcoFlow Power Hat is equipped with solar panels that capture energy from all angles, ensuring that you don’t have to constantly adjust your position to find the right angle. Unlike traditional solar chargers that require manual adjustments, this hat’s design eliminates blind spots, making solar charging effortless and efficient.

The hat’s rated power is 12W (STC, +/-1W), powered by PERC Monocrystalline Silicon cells, ensuring a reliable and consistent energy supply.

Dual Charging Ports for Maximum Convenience

With dual USB-A and USB-C ports, the EcoFlow Power Hat allows you to charge two devices simultaneously. Whether you need to top up your smartphone, power a neck fan, or recharge your Bluetooth headphones, this hat has you covered. It can fully charge a mobile phone in just 3-4 hours, assuming a battery capacity of 4000mAh, making it a reliable power source when you’re far from an outlet. The output provided by the hat is 5V at 2.4A max, giving you the power you need when you need it.

Lightweight, Foldable, and Ready for Adventure

Weighing in at just 13.1 oz (370 g), the EcoFlow Power Hat is incredibly lightweight, making it easy to pack and carry on any adventure. Its foldable design ensures it won’t take up much space in your bag, and with its IP65 waterproof and dustproof rating, you can trust it to perform even in challenging weather conditions. Light rain? No problem. The Power Hat is built to handle it all.

Comfort Meets Functionality

Available in two head sizes (M: 58 cm and L: 61 cm) with an adjustable hook and loop, the EcoFlow Power Hat offers a comfortable fit for everyone. The hat’s solar panels are just one-eighth the thickness of conventional panels, so you can wear it comfortably for extended periods without feeling weighed down.

Perfect for All Your Outdoor Needs

Whether you’re hiking up a mountain, spending a day at the beach, or working on outdoor tasks, the EcoFlow Power Hat is your go-to gear for on-the-go solar charging. It provides sun protection while also ensuring your devices stay powered, making it a must-have for anyone who loves spending time outdoors.

The Future of Wearable Solar Technology

At just USD $79.00, the EcoFlow Power Hat offers a unique combination of practicality and innovation. It’s more than just a hat—it’s a portable power station on your head. So next time you’re planning an outdoor adventure, don’t just wear any hat—wear the one that charges your gadgets using solar power on the go.

Source: Ecoflow

Watch the EcoFlow Power Hat in this video

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However, the iNNOPOWER packs a heavy solar panel and a bulky picnic table into a single compact and easy-to-carry design. Moreover, this portable solar panel-table combo for camping has 100w and 200w fast charging abilities and works with almost any power station.

Also, the foldable 2-in-1 design is sturdy enough to withstand 30 kg of maximum load. With a high conversion rate of 22.7%, the solar panel-camp table combo can quickly charge any electronic gadget such as smartphones, cameras, and other camping gear.

Furthermore, you can connect multiple panels to generate more energy and enlarge your table size depending on the occasion by connecting two or more tables. Moreover, the iNNOPOWER has a built-in compass that allows it to find the perfect angle to get more sunlight which enhances energy production.

Likewise, you can use the auxiliary device to get the optimal tilt angle and then adjust the tilting strap according to that. The solar panel table weighs only 4.3kg and measures 21.1×14.3×2.6 inches when folded. As a result, it is very compact to carry around and fits into your vehicle for easy transportation.

So you can fill the spare space in your vehicle with some other gears. That makes your camping, climbing, and BBQ occasions more enjoyable. Know more about the iNNOPOWER on their Kickstarter campaign. If it is interesting to you, you can get one portable solar panel-table combo for US$199 as an early bird pledge.

Source: innopower, Kickstarter

Watch the portable solar panel table in a video format

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