Maximus | Intelligent Orchestration Platform for Industrial Energy Systems

Maximus unifies monitoring, control, and automation across complex industrial operations. From individual assets to fleets, sites, and microgrids, it helps operators simplify energy management, improve operational efficiency, and scale with confidence across multiple industries.

Delivered as a subscription with continuous updates and engineering support, Maximus combines OEM flexibility, intelligent automation, and remote visibility in one scalable platform designed for today's operations and tomorrow's growth.

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Why choose EKU’s Maximus?

Drive Productivity

Intelligent orchestration and automation simplify operations, reduce downtime, and help maximize system performance across complex energy environments.

Cut Costs

A subscription-based delivery model reduces upfront investment while providing continuous updates, support, and long-term operational value.

OEM Flexibility

Integrates generators, BESS, switchgear, renewable energy systems, and industrial equipment from multiple manufacturers—without vendor lock-in.

Seamless Scalability

Scale from individual assets to complex power plants and microgrids with a platform designed to grow alongside your operation.

Future-Ready

Built to support evolving technologies, expanding infrastructure, and next-generation automation through continuous software evolution.

Key features

Advanced Control & Integration

Horizontal and vertical integration enable seamless coordination across assets, subsystems, and complete site operations. Maximus adapts to customer-specific applications while providing a unified operational layer.

Levels of Control

• Asset Level: Real-time control of a single genset, pump, engine, or battery.
• Fleet Level: Coordinated dispatch, load sharing, and redundancy across multiple assets.
• Site Level: Unified control of generation, storage, and loads across an entire site or microgrid.

Secure Monitoring & Dashboards

Centralized dashboards provide real-time visibility into operations, performance, alarms, and KPIs, supporting informed decision-making and remote troubleshooting across multiple sites.

Hardware & Components

• Industrial-grade controllers with distributed I/O.
• Protocols: Ethernet, Modbus, CANbus, OPC UA.
• Configurable web-based HMI.
• Rugged, hot-swappable design.

Service & Support

Subscription-based delivery includes continuous platform improvements, engineering support, software updates, and long-term lifecycle services tailored to each deployment.

Frequently Asked Questions

Maximus is EKU's intelligent orchestration platform for power generation and industrial energy systems. It provides unified monitoring, control, and automation across multiple asset types and supports applications ranging from individual installations to complex power plants and microgrids.
Unlike a traditional generator controller that focuses on a single asset, Maximus coordinates multiple systems—including generators, Battery Energy Storage Systems (BESS), switchgear, renewable energy sources, fuel systems, and industrial loads—through one unified platform.
Yes. Maximus is designed with a scalable architecture that supports everything from individual machines and generators to multi-site operations and complete microgrids. Customers can expand their systems over time without changing platforms.
Yes. Maximus is designed with an OEM-agnostic architecture, enabling customers to integrate and manage equipment from different manufacturers without being tied to a single vendor ecosystem.
Maximus is designed for demanding industrial applications across power generation, oil & gas, mining, construction, and other sectors where reliable monitoring, automation, and coordinated control of multiple assets are essential.
Yes. Maximus provides secure remote access to operational data, dashboards, alarms, and performance insights, enabling operators and engineers to monitor and support assets across sites from virtually anywhere.
Yes. Maximus is part of EKU's broader control and automation ecosystem, which includes technologies deployed in 100+ installations across diverse industrial applications. This experience helps ensure a practical, scalable, and reliable approach to system orchestration and operational control.
In many cases, yes. Its OEM-agnostic approach makes it well suited for integrating with existing infrastructure and supporting modernization projects without requiring a complete replacement of installed equipment.