Miraikikai, Inc.
Miraikikai Inc. designs lightweight, battery-powered robots that can autonomously clean large-scale solar panel arrays. Solar power is becoming increasingly ubiquitous as the world rethinks its electricity usage, and Dr. Miyake is convinced this trend will continue. Rainwater cleans solar panels well, but in arid desert regions such as Saudi Arabia, dust and sand accumulate on their surfaces due to lack of precipitation, which clogs them up and significantly, curtails electricity generating capacity. Mega solar panel facilities are often located in remote desert areas, with conditions that are too hot for labor-intensive cleaning operations by human workers. We also offer comprehensive global coverage of the most important solar markets worldwide.
Company details
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- Business Type:
- Manufacturer
- Industry Type:
- Solar Energy
- Market Focus:
- Globally (various continents)
This company also provides solutions for other industrial applications.
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About us
Miraikikai,Inc., a start-up originating from Kagawa University, is established in 2004 with a mission to create intelligent mobile robots for professional-use.
Our robots products, designed based on field reseach to provide the high quality and the best cost effective solution, are achieved with mechanical design and control technology backed by the latest research achievements and years of experience.
Robots to meet remote needs
To restore panels to full generating capacity, Dr. Miyake developed a robot cleaner with small wheels that utilize state-of-the-art sensor technology to deftly navigate entire solar arrays using rotating brushes to flick away dust and sand.
The smaller prototype SMR-640AD model, weighing just 17kg, runs on a Li-ion battery cartridge that provides approximately 1.5 hours of usable time per 3-hour battery charge. The robot changes direction to move to the next line of modules when it reaches the edge of the solar PV array, and signals the end of cleaning when it arrives at the 'goal' point. On-site engineers need only replace batteries and monitor the progress of the robot as it cleans. Verification tests in the Middle East have shown that in cases of five robots operated by one person, these robots reduce cleaning costs by 80 percent compared with manual cleaning.
At the outset, Dr. Miyake envisioned these robots would be used exclusively in countries with high amounts of sunlight and low rainfall. Since the highly successful launch of the prototype model, however, he has received inquires from other nations including Fiji, Chile and also within Japan. Even in regions with heavy rainfall, if panels are flat and not slanted downward, rain cannot provide adequate cleaning. Dr. Miyake predicts that Miraikikai's technology could potentially be adapted to similar robots for inspecting bridges, cleaning large-scale structures and other field applications.