Mitsubishi Electric Acquires PCI Energy Solutions for $1.4B, Its Largest Deal Ever

Mitsubishi Electric agreed on August 20 to acquire PCI Energy Solutions (legally Power Costs Inc.), a US software provider for electricity markets, for $1.4 billion (approximately 222 billion yen), Nikkei Asia reported. It is the largest acquisition in the Japanese company's history.

PCI, headquartered in Norman, Oklahoma, and founded in 1992, develops software-as-a-service (SaaS) platforms for energy trading, generation scheduling, risk management, and wholesale market operations. Its software manages approximately 60% of US electricity generation, according to Global Energy, and serves more than 120 corporate clients, Jiji Press reported. The same class of tool is being adopted by Latin American operators such as Mexico's Centro Nacional de Control de Energía (CENACE), XM in Colombia, and Brazil's Operador Nacional do Sistema (ONS) to dispatch generation with greater renewable participation.

The deal will close in 2026, subject to regulatory approvals, and both companies will operate separately until then. Mitsubishi Electric will integrate PCI's capabilities with its BLEnDer and Serendie platforms and control technology. PCI's revenue grew from $59.3 million in 2023 to $81.4 million in 2025, a recurring subscription model. The acquisition is framed as part of Mitsubishi Electric's Smart Energy corporate strategy priority, presented in May 2026, which targets doubling energy solution sales from approximately 100 billion yen in fiscal year 2026 to 200 billion yen in fiscal year 2030. Fred Lee, PCI's founder and CEO, described the transaction as a validation of more than three decades of the company's work.

The close, expected in 2026, will be subject to regulatory approval, and PCI's integration will define the pace at which Mitsubishi Electric expands its grid optimization offering in North America. That is the metric to watch for measuring the consolidation of electricity market management technology in a handful of global players.

This article was drafted with artificial intelligence assistance based on verified sources and reviewed by a human editor before publication.