From recognition to innovation: shaping the future of energy trading and risk management

For Hitachi Energy, being named CTRM Software House of the Year at the 2026 Energy Risk Awards is an important milestone. More importantly, it reflects a broader shift underway across energy markets.

This recognition comes at a time when weather patterns, renewable generation, evolving regulations, and new demand profiles are influencing energy markets and changing how organizations trade, manage risk, and make commercial decisions. Traditional, siloed approaches to energy trading and risk management (ETRM) are no longer sufficient.

At the same time, the market is sending a clear signal: there is growing demand for integrated, data-driven ETRM solutions that connect forecasting, trading, contracting, bid-to-bill, and commercial operations across the full energy commodity lifecycle.

Energy companies are facing rising market volatility, deeper interconnectivity, increased renewables, heightened regulatory scrutiny, enhanced AI capabilities, ongoing climate change, and unpredictable demand patterns.

Traditional ETRM solutions were designed for a different, simpler, steadier world and served as the backbone of trading operations when siloed approaches were still workable. Today, however, they are no longer fit for purpose, especially as real-time decisions become critical.

Organizations need future-ready, integrated, scalable software solutions that can be quickly deployed and provide them with an end-to-end view of their portfolio, real-time data, and AI-powered automated analytics. These insights streamline processes, improve decision quality and speed, increase revenue opportunities, reduce costs, and support compliance and sustainability requirements.

The challenge is no longer simply accessing data. The greater challenge is ensuring that data is consistent, actionable, and available in time to support trading, commercial operations, planning, and investing decisions for new renewable, BESS, and other energy assets.

Against this backdrop, three capabilities are behind the innovation of Hitachi Energy’s next generation of ETRM software solutions.

1. Integration across the energy portfolio

The structures and systems of the global energy market are transforming. The rapid rise of renewable generation and increasing electrification pressures, combined with portfolios that now include physical assets, interconnected markets, and regulatory constraints, mean that end-to-end visibility is essential.

Organizations need the ability to quickly evaluate price, volume, credit, regulatory, and operational risks together rather than in isolation. Integrated energy portfolio management is quickly emerging as a foundational capability that unifies market insights, physical assets, and commercial execution to improve decision-making quality, consistency, and speed in volatile markets.

Integration also helps ensure that commercial operations, planning, investment analysis, and decision-making are all supported by a consistent, shared data foundation. This reduces the discrepancies that can arise when teams rely on disconnected data sources across the asset and commodity lifecycle.

2. Embedding AI-powered forecasting, optimization, and bid-to-bill in ETRM workflows

Energy markets are inherently uncertain, influenced by changes in weather, renewables generation, and consumption demand.

AI-powered forecasting introduces several structural improvements over traditional approaches, including more frequent updates, improved modelling of price drivers, such as supply and demand, and dynamic, probabilistic outputs that reflect uncertainty rather than single-point estimates.

With trading timelines shrinking and instability rising, inaccurate or slow forecasts directly impact hedging effectiveness, margin exposure, and intraday profit capture. However, forecasting alone is not enough.

ETRM solutions need to embed forecasting directly into optimization and execution workflows, enabling commercial teams to seamlessly translate insights into optimal trading, hedging, and dispatch decisions in real time. At the same time, integrated bid-to-bill capabilities ensure those decisions are consistently executed through scheduling, settlement, and invoicing, reducing manual effort, improving accuracy, and staying in compliance across all energy markets.

Together, these integrated, embedded capabilities enable faster, optimal, and more coordinated decisions from forecast to final invoice, improving performance across the energy portfolio.

3. Model simple and complex business processes at scale

Energy trading and commercial operations are becoming more diverse and higher in volumes due to evolving complex markets, contract structures, and regulatory environments. Scalability is no longer a technical consideration. It is a commercial requirement.

Legacy ETRM solutions can struggle to keep pace with changing requirements, leading to delays in launching new products or supporting new market structures, increased operational workarounds, higher costs, and vendor dependency.

As strategies evolve in real time, ETRM solutions must support both simple and highly complex, specialized business processes without extensive system modifications. Future-ready, cloud-native architecture enables faster processing and improved performance in positions, MTM, and risk calculations.

The ETRM architecture needs to include distributed processing layers (middle-tier services) and cloud-native software technologies, such as containerization and Kubernetes, allowing ETRM solutions to scale capacity dynamically, process large data volumes in parallel, and maintain resilient performance during periods of extreme market volatility. Combined with flexible, configurable data models, workflows, and calculations, this enables faster execution of new commercial strategies with lower long-term system costs.

Ease of integration, near-live operations, physical delivery, and sustainability requirements are now converging into a single imperative for modern ETRM solutions. As energy markets become faster, more volatile, and more interconnected, trading, risk management, scheduling, analytics, settlement, carbon accounting, certificate matching, and emissions modelling can no longer operate in isolation. Organizations need seamless system integration, near-real-time visibility into positions and exposures, and the ability to link financial trading decisions directly to physical scheduling and delivery obligations.

Sustainability requirements are also becoming embedded in commercial operations. Organizations increasingly need unified data and workflows to manage carbon exposure, environmental certificates, regulatory compliance, and commercial performance together. Future-ready ETRM solutions address these needs by consolidating data, reducing manual intervention, improving decision speed and accuracy, and enabling teams to manage risk, execution, and sustainability obligations through one coordinated operating model.

Being named CTRM Software House of the Year recognizes this direction, but it is only the beginning. Hitachi Energy continues to advance its ETRM solution to support the shift from manual, siloed systems of record to integrated, scalable, end-to-end platforms. Reliable, timely data gives organizations the clarity and confidence to make better decisions faster and deliver on strategic imperatives.

Organizations that choose and quickly integrate these ETRM solutions are better positioned to navigate volatility, manage regulatory complexity, accelerate sustainability objectives, and maintain competitive advantage as energy markets continue to evolve.

Explore Hitachi Energy’s award-winning ETRM software solution here.