Deals Counterparts

Cosmo Eco Power selects Yokogawa automation technology and battery storage for Shimamaki–Kuromatsunai Wind Farm in Japan

Supply Agreement Hybrid announced Japan Mar 12, 2026
94.6 MW
Capacity
construction
Stage
Shimamaki–Kuromatsunai Wind Farm
Project

Cosmo Eco Power, a Tokyo-based renewable energy leader, has selected Yokogawa Electric Corporation to supply advanced automation technology and a battery storage system for the new 94.6 MW Shimamaki–Kuromatsunai Wind Farm in Hokkaido, Japan. This partnership aims to enhance the wind farm's performance and ensure stable interaction with the electricity grid by combining wind generation with digital control systems and battery storage, with operations expected to begin by 2029. The project addresses grid stability challenges in Hokkaido, a region known for its renewable energy potential, by managing unexpected changes in wind generation through real-time monitoring and advanced control algorithms.

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Deal Analysis

Cosmo Eco Power, a Tokyo-based renewable energy leader, is tapping Yokogawa Electric for a critical hybrid solution at its 94.6 MW Shimamaki–Kuromatsunai Wind Farm in Hokkaido. This isn't just about wind power; Yokogawa, known for its industrial automation expertise, will integrate advanced digital control and battery storage. The move directly addresses Hokkaido's well-documented grid stability issues, aiming to smooth out intermittent wind generation through real-time monitoring. With operations slated for 2029, this supply agreement highlights the increasing necessity for sophisticated grid integration in Japan's renewable-rich regions.
  • 94.6 MW hybrid wind farm capacity
  • Operations expected to commence by 2029
  • Yokogawa supplying automation and battery storage
  • Addresses grid stability in Hokkaido, Japan

Source Intelligence

KEY DETAILS

The deal involves the supply of advanced automation technology and a battery storage system to enhance the wind farm's performance and ensure stable interaction with the electricity grid. The project aims to address grid stability challenges in Hokkaido by managing unexpected changes in wind generation through real-time monitoring and advanced control algorithms. Quote: 'advanced automation and energy storage technology would be deployed at a new wind facility in northern Japan. This is a joint initiative that intends to improve grid stability while creating a pathway for the integration of renewable energy into the national power system.' and 'Yokogawa’s combination of real-time monitoring, advanced control algorithms, and battery storage technology manages this issue because the systems can handle unexpected changes in wind generation.'

Capacity
According to reports, the new wind farm is projected to generate 94.6 megawatts (MW) of electricity once operational.
Location
Cosmo Eco Power selects Yokogawa automation technology for Japanese wind facility... The groundbreaking facility will be situated in Hokkaido, which is Japan’s northernmost prefecture... Cosmo strategically selected Yokogawa to provide an integrated automation solution for the Shimamaki–Kuromatsunai Wind Farm.
COD
operations meant to begin by 2029.
PARTIES MENTIONED IN SOURCE
C
Cosmo Eco Power developer

"Cosmo Eco Power selects Yokogawa automation technology for Japanese wind facility"

C
Cosmo Eco Power buyer

"Cosmo strategically selected Yokogawa to provide an integrated automation solution for the Shimamaki–Kuromatsunai Wind Farm."

Y
Yokogawa Electric Corporation supplier

"new collaboration between Cosmo Eco Power and Yokogawa Electric Corporation"

Y
Yokogawa supplier

"Cosmo strategically selected Yokogawa to provide an integrated automation solution for the Shimamaki–Kuromatsunai Wind Farm."

Y
Yokogawa supplier

"As per the terms of the agreement, Yokogawa’s subsidiary will supply a power plant controller and battery storage system intended to enhance the overall performance of the wind farm and ensure stable interaction with the electricity grid."

high quality Enriched Mar 12, 2026

Timeline

Announced
Mar 12, 2026
Signed
Closed

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