SUPPLIER MANAGED
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Spirae LLC

Not Only Possible. Proven
United States
2002
Private
< $10m
< 10
Open website
Spirae, LLC provides comprehensive distributed energy resource management systems (DERMS) for utilities and real-time microgrid controls. Based in Fort Collins, Colorado, Spirae has developed, refined and validated its control platform and its menu of market-driven applications through numerous full scale and pilot projects in North America and Europe since 2002.

Spirae’s expertise has developed through application of many decades’ aggregate team experience in power systems analysis, controls, engineering, and software design. Spirae’s Wave® control platform provides a dynamically scalable architecture for integrating and managing high levels of renewable and distributed energy resources (DER) at the edge of the grid.
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Spirae anticipates that distributed energy resources (DER) will play an ever larger role in the generation and management of electricity for customers all over the world. Spirae includes in the definition of DER, renewable generation sources such as wind and PV; energy storage devices such as flywheels, ice, and batteries; and controllable loads such as water heaters and HVAC systems. To manage these DER to respond to facility and system needs, a robust communications and control solution is needed.

Spirae’s Wave® control software platform was designed with exactly that purpose in mind – to be the operating system of DER. Spirae’s foundation in industrial controls, combined with an experienced team of power systems engineers, lays the ground for a software platform that is not only highly intelligent and functional, but also fast to deploy, scalable and flexible to implement new applications to drive business cases that emerge with the evolving marketplace. Spirae’s software platform makes use of processes that operate at three distinct levels to create a distributed and federated network of DER – the device level, the aggregation level, and the system level. Spirae’s Wave software uses standard industrial protocols, such as DNP3 and Modbus, to communicate with devices; or can interface via a Web Service. Communication between Wave software processes is over a secure middleware. The Wave software exchanges information as needed with enterprise level data systems such as SCADA and DMS.

Spirae has pioneered IoT-electric grid projects with up to 60 MW of DER under control and demonstrated functionality using the DER such as islanding, high renewable integration and frequency regulation, and market interface. With 15 years of experience in the field, Spirae is uniquely qualified as the provider of the DER Operating System.
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Spirae LLC is a provider of Industrial IoT platform as a service (paas) technologies, and also active in the electrical grids, and utilities industries.
Technologies
Platform as a Service (PaaS)
Connectivity Platforms
Industries
Electrical Grids
Utilities
Spirae LLC’s Technology Stack maps Spirae LLC’s participation in the platform as a service (paas) IoT technology stack.
  • Application Layer
  • Functional Applications
  • Cloud Layer
  • Platform as a Service
    Infrastructure as a Service
  • Edge Layer
  • Automation & Control
    Processors & Edge Intelligence
    Actuators
    Sensors
  • Devices Layer
  • Robots
    Drones
    Wearables
  • Supporting Technologies
  • Analytics & Modeling
    Application Infrastructure & Middleware
    Cybersecurity & Privacy
    Networks & Connectivity
Technological Capability
None
Minor
Moderate
Strong
Number of Case Studies1
Danish Cell Controller Project
Danish Cell Controller Project
Prior to 1990, most Danish electric power was produced at large, centralized generation plants from which it was transmitted and distributed to commercial, industrial, and residential consumers. Since then, thousands of distributed generators have been added such that the installed generation capacity at the distribution level exceeds the generation capacity at the transmission level. The distributed generation (DG) assets include dispersed combined heat and power (CHP) plants and wind turbines, creating a “carpet” of generation at the low and medium voltage levels of the distribution system (see inset). These distributed resources provide renewable and flexible energy production and support local thermal heating loads but were designed to operate only while grid-connected and could not be used in the case of a major power outage. The high penetration of variable wind generation also created the situation where the transmission system had to balance all the local variability of wind (both real and reactive power).
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