Grid and renewables automation
Innovating renewable energy operations
Overview
Powering safety, efficiency, and innovation in energy solutions
The renewable energy market is entering a period of rapid expansion driven by technological breakthroughs, rising global investment, and increasing policy support. Several core technologies propel the rapid growth of the renewable energy market such as advanced energy storage, next generation solar technology, offshore and floating wind, green hydrogen, smart grid, AI, and digital energy systems, bioenergy and waste to energy solutions.
Industry challenges
- Scalability
Delivering tailored automation systems for diverse energy processes and storage solutions. - Safety
Mitigating risks and reducing human intervention in hazardous environments. - Efficiency
Streamlining the manufacturing process of energy technologies to minimize downtime and optimize energy output. - Sustainability
Supporting low-carbon energy solutions like nuclear, solar, wind, and hydrogen power.
At Eclipse, we provide advanced industrial automation solutions for grid and renewables projects, designed to enhance safety, improve operational efficiency, and support sustainable energy production. By utilizing our deep industry experience, we help energy providers meet the demands of a low-carbon, reliable, and scalable future.
Our energy solutions
Grid and renewables
The energy landscape is rapidly changing, and embracing industrial automation solutions is no longer an option but a necessity. It streamlines operations and enhances safety, while also opening doors to unprecedented levels of sustainability and efficiency.
As energy providers transition to renewables and smarter grids, they face complex challenges. Meeting these demands requires automation systems that are precise, adaptable, and capable of supporting next-generation energy infrastructure. Eclipse Automation empowers the transition to renewable energy and smart grids with innovative automation solutions, including:
Manufacture energy systems
Develop automated manufacturing solutions for battery cells, battery packs, and battery modules to enable efficient energy storage.
Assemble solar technologies
Provide automation for solar cell and solar module assembly to harness renewable energy effectively.
Design and fabricate power houses
Create Electrical Houses (eHouse) and Inverter Houses (iHouse) to support energy distribution and management.
Build hydrogen solutions
Deliver automated assembly systems for hydrogen fuel cells electrolyzer to advance clean energy technologies.
Heavy payload material handling
10T++ material moving for turbines, transformers, switches, BESS (Battery Energy Storage Systems) using AGVs and AMRs.
Enhance reliability
Reduce downtime and improve the reliability of energy systems through advanced automation solutions.
Utilize SCADA systems
Implement Supervisory Control and Data Acquisition (SCADA) and data solutions to monitor, control, and optimize energy operations.
Contextualize new energy factories
Use Project Neuron to reimagine how high mix, low volume manufacturing in energy is done.
FAQ
Frequently asked questions
What is involved in manufacturing renewable energy systems?
Renewable energy manufacturing involves battery cell assembly, solar module fabrication, hydrogen fuel cell production, and integration into energy storage or grid infrastructure. Precision automation ensures high-quality output, reduces rework, and enables scalable production to meet growing clean energy demand.
How does Eclipse Automation support grid integration for renewable energy sources?
Eclipse implements smart automation and data-driven solutions to optimize the integration of renewables into existing grids. Through SCADA systems, energy houses (eHouses/iHouses), and predictive analytics, our solutions enhance stability, manage intermittent supply, and improve overall energy reliability.
How does Eclipse Automation optimize battery and energy storage system production?
Eclipse delivers automated manufacturing systems for battery cells, modules, and packs, enabling high-precision assembly and consistent quality. Our solutions streamline production, reduce defects, and accelerate time-to-market for energy storage technologies supporting grid reliability and renewable integration.
How can renewable energy producers improve operational efficiency and reliability?
By leveraging automated assembly, integrated monitoring, and SCADA-based control systems, renewable energy producers can reduce downtime, improve output consistency, and optimize grid interaction. These solutions also allow for predictive maintenance, faster adaptation to evolving technologies, and sustainable energy delivery at scale.
What role do Eclipse’s automation systems play in solar and hydrogen energy production?
Eclipse Automation provides automation for solar cell and module assembly as well as hydrogen fuel cell manufacturing. By integrating robotics, precision handling, and SCADA monitoring, our systems maximize throughput, ensure consistent quality, and enable scalable clean energy production for commercial and industrial applications.
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