Dodging the Abysmal Financial Hole in Utilitarian Software Solutions
The proliferation of energy storage solutions, such as utility-scale batteries and electric vehicles, is driving a transition towards a cleaner, more distributed power system. This transformation necessitates a new suite of tools for utility software applications, with Distributed Energy Resource Management Systems (DERMS) offering a solution for forecasting, controlling, and managing distributed energy resources in real-time.
The Challenge of Procuring Utility Software Applications
The key challenges in procuring utility software applications include managing complex procurement cycles, poor system visibility, outdated manual processes, vendor lock-in, inflated maintenance costs, and ensuring interoperability and scalability. These challenges often lead to delays, increased costs, suboptimal functionalities, and risks in integrating distributed energy resources (DER), which can negatively impact power system reliability and efficiency.
Solutions to Procurement Challenges
Addressing these challenges requires digitizing and integrating procurement processes, adopting merit-based and transparent procurement practices, embracing digital transformation technologies, and implementing careful due diligence and integration planning. These measures enable utilities to deploy software that accurately manages and dispatches DER, demand response, and virtual power plants, reducing operational downtime and maintenance delays, lowering costs, and coordinating information and power flows more effectively.
The Impact of DERMS on Power System Reliability and Efficiency
The deployment of DERMS platforms, such as OATI's webSmartEnergy DERMS, delivers best-in-class functionality and a proven track record across diverse utility environments. This solution enhances grid stability and responsiveness, deferring costly infrastructure upgrades, and better managing peak loads and energy imbalances on a regional scale.
Moreover, the transition from a centralized power grid to one made up of DER necessitates a shift in utility leadership, with a growing focus on executives with backgrounds in technology, engineering, and data science. Regulatory bodies should also extend scrutiny to software assets and establish procurement guidelines prioritizing measurable outcomes and cost transparency to prevent the new era of gold plating in the electric utility market.
The Future of DERMS and the Power Grid
As the demand for electricity continues to rise, with U.S. electricity consumption reaching an all-time high in 2024, the need for efficient and reliable power systems becomes increasingly important. The adoption of DERMS platforms, such as OATI's webSmartEnergy DERMS, will play a crucial role in facilitating this transition, ensuring a future-ready power system that is capable of meeting the demands of a cleaner, more distributed energy landscape.
[1] "Digitizing procurement: The future of procurement in the utility industry." (2021). Utility Dive. Link
[2] "Smart grids: A game changer for the power sector." (2020). International Renewable Energy Agency (IRENA). Link
[3] "The role of DERMS in grid modernization." (2021). Smart Grid Observer. Link
[4] "The future of the power grid: A look at the trends shaping the industry." (2020). Utility Dive. Link
[5] "Effective procurement for utility-scale energy storage." (2020). Rocky Mountain Institute. Link
- In the shift towards a cleaner, distributed power system, the finance sector should invest in technologies that support the digitization of utility software procurement, thereby addressing challenges such as complex procurement cycles, poor system visibility, and outdated manual processes, to ensure effective management and dispatch of Distributed Energy Resources (DER), demand response, and virtual power plants.
- As energy storage solutions, like utility-scale batteries and electric vehicles, expand the energy sector, it's crucial for the industry to leverage technology for Distributed Energy Resource Management Systems (DERMS) that offer real-time forecasting, controlling, and managing capabilities, enhancing power system reliability, efficiency, and eventual integration with finance, as well as maintaining scalability and interoperability.
