Jackery – a brand specializing in renewable energy products – was among the headline companies at CES 2026. The California-based business demonstrated its contributions to the sustainable future through its living solar ecosystem. The energy management system includes several strategies for efficient operations, such as storage and off-grid living.
One of Jackery’s featured innovations was its home energy backup solutions. The HomePower 5000 Plus, 3600 Plus and 3000 are high-performance power stations, which provide up to 5 kWh of power and flexible home energy options. This innovation is critical to the future of energy, as it connects a hub for energy generation.
One of the most exciting shifts in energy generation is the emergence of autonomous mobile solar systems. CES 2026 attendees experienced this innovation through the Solar Mars Bot, a Jackery creation. This four-wheeled machine powers its solar tracking system via solar panels. Its renewable energy technology can provide power instantly and roam the backyard to recharge.
Solar Mars Bot represents the future of solar through its self-operating capabilities. The robot can traverse Earth-based environments, from homes to outdoor settings. AI-powered vision helps it identify sunny spots for recharging. These features remove the need for constant monitoring and adjustment, thus increasing accessibility for the average user.
Retractable PV panels are another key feature of the Solar Mars Bot. This characteristic represents the shift from passive, static panels to intelligent systems managing their own energy production. Once the robot finds the optimal sun space, it pulls out 300W retractable solar panels from the main body.
Deploying the solar panels increases the surface area exposed to sunlight and maximizes their generating capacity. Once recharging is complete, the devices return to their original position. Retractable solar panels are portable and offer suitable protection from the weather. If the sensors detect poor conditions, they can tell the operating system to protect the fragile components.
Besides the Solar Mars Bot, Jackery also introduced a solar gazebo. This renewable energy-powered structure uses 20 individual PV modules with 100W each, allowing it to produce up to 10kWh of energy daily. The industrial-grade gazebo can provide backup power for a home while serving as an outdoor entertainment space. The aluminum frame makes it a permanent outdoor structure.
The gazebo goes beyond simple roof mechanics by implementing blinds, a pull-down projector screen and integrated lighting. Its innovative louvered design is integral to its functionality, as it allows for solar harvesting and adjustable shade. You can use the motorized louvers to adjust the slats based on outdoor conditions.
Innovations in energy efficiency once focused on passive solar design,which features south-facing windows and efficient materials. However, the industry is moving to even better options. At CES 2026, Blue Device unveiled a solar-powered, wirelessly operated smart window. Instead, you get a maintenance-free alternativethat uses proprietary nanoparticle liquid inside the glass.
Blue Device’s invention is critical to the development of building-integrated photovoltaics, as it streamlines logistics and can cut installation costs by more than 50%. Instead of having to investigate wiring behind the drywall or search for costly film replacements, solar smart windows contribute to energy efficiency goals by producing zero indirect emissions. They reduce power consumption by up to 40%.
Perovskite solar cells make solar hardware more adaptable through their mechanical flexibility. BiLight Innovations demonstrated its power at CES 2026 with the world’s first rollable PV curtain. While it’s less than a millimeter thick and weighs under 150g per square meter, it features over 18% conversion efficiency and low-light performance. Instead of being static hardware, it generates electricity from the outdoor sunlight.
The curtain is versatile, generating power from natural or ambient lighting systems. Meanwhile, it can supply energy to lamps, energy storage systems and smart devices. You can also use portable solar panels to ensure power on the go. While traditional systems can be bulky, this device is compact and easy to bring on outdoor excursions.
Indoor solar panels are increasingly possible thanks to Dracula Technologies’ LAYER V2.0 system. This innovation empowers IoT applications by removing size and cost limitations and enabling autonomous capabilities. Ultimately, the device increases performance by 30%, even under low indoor lighting conditions where LED lights dominate.
Dracula Technologies introduced the technology to address the need for compact and sustainable power sources. Flexibility, efficiency and adaptability are only some of LAYER V2.0’s key features. Proprietary OPV ink enhances light absorption and increases conversion efficiency in the solar panels. This innovation will be critical to future IoT and smart sensor applications.
The groundbreaking technologies at CES 2026 are a glimpse into the future of solar power. While autonomous rovers may be less accessible to the general public, you can get on board with their principles. Adopting these emerging technologies involves building an energy ecosystem that is independent and flexible.
Start with your roof, as a solar array is the foundation of home renewable energy. It’s your personal energy grid that can offset some of your daily electricity usage. Homeowners with solar panels can reduce reliance on utility providers and save money on monthly bills. If you strategically tilt the panels, you can harness the sun’s energy.
Besides solar panels, there are a few other ways to incorporate PV technology into your home.
The innovations at CES 2026 signal a paradigm shift toward more powerful technology. From portable panels to AI-powered tracking systems, solar power is on the rise. Industry experts are transcending stationary panels to favor flexible and dynamic devices.
