Tokyu Land Group and 7 Major Domestic Companies Form a 30 Billion Yen Consortium for Grid-Scale Battery Storage
NQ Score
81/100
N1 Content Completeness
9
Key facts
- Tokyu Land Group and 7 Major Domestic Companies Form a 30 Billion Yen Consortium for Grid-Scale Battery Storage
- Tokyu Land Corporation and seven other major domestic companies have established "Libra LLC," a consortium to develop six extra-high voltage grid-scale battery storage facilities with a total investment of 30 billion yen to stabilize the power grid.
- Source: PR TIMES
- Date: Fri Apr 03 2026 20:00:03 GMT+0900 (Japan Standard Time)
Direct answer
Tokyu Land Corporation and seven other major domestic companies have established "Libra LLC," a consortium to develop six extra-high voltage grid-scale battery storage facilities with a total investment of 30 billion yen to stabilize the power grid.
- Citation
- Tokyu Land Group and 7 Major Domestic Companies Form a 30 Billion Yen Consortium for Grid-Scale Battery Storage (Fri Apr 03 2026 20:00:03 GMT+0900 (Japan Standard Time)), PR TIMES
- Source
- PR TIMES
- Date
- Fri Apr 03 2026 20:00:03 GMT+0900 (Japan Standard Time)
AI Summary (NQ-processed)
Tokyu Land Corporation and seven other major domestic companies have established "Libra LLC," a consortium to develop six extra-high voltage grid-scale battery storage facilities with a total investment of 30 billion yen to stabilize the power grid.
AI Analysis
Frequently Asked Questions
- Q: What is Libra LLC?
- A: It is a consortium established by eight major domestic companies, including Tokyu Fudosan, to develop a high-voltage system battery storage facility.
- Q: What is the scale of this project?
- A: The total project cost is approximately 30 billion yen, and it involves constructing and operating system battery storage facilities with a total output of about 174 MW at six locations nationwide.
- Q: Why are system batteries necessary?
- A: They are needed to balance the supply and demand gap in electricity caused by the spread of renewable energy, storing excess power and supplying it during shortages to stabilize the power grid.