Distributed Power

  • Boost Profits & Reliability by Migrating and Integrating Critical Process Data

    Sponsored by:
    dataPARC

    Process manufacturers and power producers are feeling the pressure of tight margins and increasing economic uncertainty. The data tools that engineers and plant operators have relied on for years are rapidly evolving, prompting many to consider how and when to migrate to a new data management platform that enables a more efficient and seamless integration […]

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  • Using Data to Drive Power Decisions with Energy Management as a Service (EMaaS™)

    Sponsored by:
    Sunbelt Rentals

    Power requirements for industrial and utility operations change constantly, creating a mismatch with static power solutions. This whitepaper discusses Energy Management as a Service (EMaaS™) and how it transforms temporary power into actively managed systems. Key topics include: How load analysis, real-time monitoring, and specialized expertise optimize power delivery and performance Applications for infrastructure transitions, […]

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  • Selecting the Right Calibration Software for Power Generation Facilities

    Sponsored by:
    Beamex

    Accurate calibration is essential in power generation, where reliability and compliance must work together. The Beamex Calibration Software Buyer’s Guide explains how digital calibration management helps reduce manual errors, streamline operations, and support compliance with standards such as ISO 17025. It outlines key software features, vendor evaluation criteria, CMMS and ERP integration options, and return-on-investment […]

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  • Nitrogen as the Safety Blanket for Your Industrial Process

    Sponsored by:
    AIr Products

    In this paper, Air Products’ representatives explain the basics of nitrogen blanketing, how to elucidate its various value propositions to maximize safety and efficiency, as well as how to practice it effectively and efficiently across a variety of industrial settings. Download the full white paper to learn more.

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  • Grid Modernization: A Utility’s Guide to Resilience and Flexibility

    Sponsored by:
    Honeywell

    Utilities are confronting a convergence of challenges, including aging infrastructure, rising energy demand and the accelerating shift to renewable energy sources. The electric grid, much of which is decades old, is increasingly exposed to risks like extreme weather and cyber threats. Digital transformation can offer a practical path forward, helping utilities modernize operations, improve visibility […]

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  • Magnetar Investment Supports Torus’ Deployment of Modular Power Plants

    Torus, a full-stack energy platform offering storage, management, security, and generation solutions, on September 9 announced a $200-million investment by Magnetar, an alternative asset manager. The investment is expected to accelerate the deployment of Torus’ proprietary modular power plants for utilities, data centers, and commercial and industrial customers across the U.S. Torus builds small, inertia-based […]

  • Behind-the-Meter DERs: A Practical Strategy to Offset Rising Grid Construction Costs

    With national electricity demand surging—driven by artificial intelligence (AI) and data center developments, widespread electrification, and challenging legislative and regulatory policy shifts—utilities are scrambling to keep pace. Add to that mounting supply chain strain and aging infrastructure, and it’s no wonder utilities are facing a costly balancing act.

  • Strategic Solutions for Combined Cycle: Emerson’s Approach to Efficiency and Reliability

    Sponsored by:
    Emerson

    This paper explores how the rise of Combined Cycle Gas Turbine (CCGT) plants is reshaping the power generation landscape amid growing energy demands. It highlights Emerson’s role in supporting utilities through this transition by offering advanced automation, project execution expertise, and lifecycle services. The paper emphasizes the efficiency, flexibility, and lower emissions of CCGT plants, […]

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  • Hybridization of Offshore Wind

    Sponsored by:
    Siemens Energy Global

    The white paper underscores the transformative potential of hybridizing offshore wind energy, emphasizing the integration of hybrid technologies, e.g. energy storage systems (BESS), to enhance the reliability, stability, and economic feasibility of offshore wind farms. This approach mitigates the intermittency of wind power, resulting in a more consistent and predictable energy output. By contributing to grid stability […]

  • Hybridization of Power Generation

    Sponsored by:
    Siemens Energy

    The whitepaper discusses the integration of hybrid power plants in the energy sector, emphasizing their role in addressing the challenges of renewable energy integration. It highlights the importance of hybrid plants in meeting global energy demands by combining multiple power generation and storage strategies. The document outlines the benefits of flexibility, cost reduction, and emission control provided […]