Aderis Energy, LLC software

Aderis™ FOCUS is a comprehensive cloud platform designed to enhance the management and monitoring of renewable energy facilities. Residing securely at the physical location, Acuity collects and processes site data, while FOCUS integrates this information into a centralized interface, enabling operators to manage multiple facilities remotely. With tools such as remote monitoring and customizable dashboards, users can view operational metrics, alarms, and equipment details in real-time. FOCUS supports advanced asset management by detailing performance, site conditions, and warranty status. It integrates seamlessly with existing business systems via a RESTful API, supporting data retention and backup for each Acuity installation. The platform aids lifecycle management by tracking project delivery, product warranties, and contracted services, offering a transparent overview from project inception to operation. Enhanced features cater to operators and business users, providing a robust solution for distributed renewable energy operations.

Aderis Energy's ClearSky Interconnection is an innovative, modular system designed to enhance the efficiency and reliability of utility-scale photovoltaic solar power installation. It incorporates advanced features like revenue-grade metering, protection relaying including recloser, and a robust User Interface, powered by Aderis Energy’s Acuity edge platform, which facilitates prompt site commissioning, significantly reducing deployment time. ClearSky integrates seamlessly with existing monitoring systems, offering superior data management and reporting capabilities. Its compact design allows easy installation, minimal land impact, and avoids overhead equipment shading. Available in 15kV, 25kV, and 35kV models, ClearSky fits various specifications while upholding industry best practices and standards. Additionally, its construction not only minimizes installation time but ensures durability and reliability under harsh conditions, making it an asset to stakeholders ranging from asset managers to engineers and EPCs.

The Aderis EOS provides a comprehensive solution for renewable energy facilities, combining real-time power plant control with an energy management system. Built on the Aderis Acuity Edge Platform, it caters to both small and large projects, offering flexibility through a modular licensing model. Aderis EOS integrates capabilities for monitoring, power plant control, and energy management into one platform. With features like active power control, automatic voltage regulation, and energy management for storage, it ensures smooth operations, whether for microgrid, AC-coupled, or DC-coupled systems. Its design eliminates complex setups by integrating functions such as load shifting and peak shaving, optimizing the use of distributed energy resources. Furthermore, Aderis EOS supports automatic voltage regulation to maintain power stability, and its fail-safe operations prevent operational disruptions. With the ability to dynamically adjust to grid conditions and sophisticated automation protocols, Aderis EOS is designed to help maximize asset value while complying with grid and market requirements.

The Aderis Acuity Energy Management System (EMS) is designed for utility-scale energy storage projects, providing comprehensive control and management capabilities. Operating since 2017, Aderis Acuity-EMS supports both behind-the-meter and utility interconnected projects with its advanced management tools. It facilitates demand response, load shifting, and renewable integration while adhering to ITC charge requirements and PV solar integration. With real-time control capabilities, Acuity-EMS optimizes the operation of energy storage systems, preventing overcharging from photovoltaic sources and ensuring compliance with Power Purchase Agreements. The system includes pre-configured alarm templates to streamline notification processes, and its customizable dashboards allow for efficient monitoring of performance data. Additionally, Acuity-EMS supports generation shifting by coordinating charging and discharging schedules, thereby helping clients qualify for various state-run energy incentive programs. Ideal for peak demand sites, the system can automate load reduction, enhancing both operational reliability and economic feasibility.