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Робототехника в солнечной энергетике: основатель Maximo о роботах для монтажа СЭС

Основатель стартапа Maximo Дейзе Юми Асами в интервью The Robot Report объяснила, как роботы автоматизируют строительство солнечных электростанций. Машина берёт на себя самую тяжёлую и однообразную часть работы — подъём модулей, точное позиционирование и крепление панелей на металлических опорах. Это ускоряет монтаж и снимает нагрузку с дефицитных монтажников.

AI-processed from The Robot Report; edited by Hamidun News
Робототехника в солнечной энергетике: основатель Maximo о роботах для монтажа СЭС
Source: The Robot Report. Collage: Hamidun News.
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Maximo founder Deise Yumi Asami told The Robot Report in an interview how robots are automating the construction of solar power plants — from lifting heavy modules to installing them on mounting structures.

What Maximo automates

Maximo is a robotics system for installing solar panels at large ground-mounted power plants. According to the company's founder, Deise Yumi Asami, the machine takes on the heaviest and most repetitive part of the build: lifting modules, precisely positioning them, and fastening them to metal racking.

Installing a ground-mounted solar farm is one of the most labor-intensive stages in the energy industry: workers manually carry and position thousands of identical panels under the open sky. It's exactly this routine work, as Asami explains in her interview with The Robot Report, that the robot takes over, freeing people from repetitive physical labor.

Why solar installation is being handed to robots

Automation solves two industry problems at once: a shortage of skilled installers and the heavy physical strain of working on-site. Solar modules are heavy and are laid out in a repeating pattern — an almost ideal scenario for robotics, where a machine works faster and more consistently than a person and doesn't tire by the end of a shift.

Installation speed directly affects a project's economics: the faster a plant is assembled, the sooner it starts generating electricity and paying for itself. A robot performing repetitive operations without breaks shortens the time it takes to bring a solar plant online — and, with it, the cost of construction.

Where artificial intelligence comes in

Robots of this class rely not only on mechanics but also on computer vision and navigation algorithms: the system has to orient itself on an open site, locate mounting points, and position each panel with the required precision. It's precisely the combination of "manipulator plus scene recognition" that sets a modern construction robot apart from a simple conveyor-style mechanism.

The subject of the conversation with The Robot Report is exactly this process: shifting manual, repetitive solar-construction tasks into a zone where software-controlled automation performs them more reliably and faster.

According to

The Robot Report, Maximo founder Deise Yumi Asami discusses in detail, in an interview, the process of automating solar plant construction using robotics.

What this means

Robotics is moving onto the construction sites of the renewable energy industry: the routine installation of solar panels is turning from manual labor into an automated process. For an industry that is scaling up capacity amid a shortage of workers, solutions like this speed up plant construction and lower the cost of the transition to clean energy.

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