Live News • Jun 10
PowerX Deploys Mirantis k0s to Manage Growing EV Charging and Battery Network in Japan PowerX, Inc. has deployed Mirantis k0s across hundreds of distributed edge devices in Japan to support its energy infrastructure.
The rollout covers PowerX's network of EV charging stations and battery energy storage systems.
k0s is being used to standardize Kubernetes operations across varied and resource-constrained edge hardware.
This deployment points to a focus on scalable, software-driven control of PowerX's physical energy assets, which can matter for reliability and operating efficiency as the network expands.
Investors may want to watch how effectively PowerX manages the complexity of running Kubernetes at the edge across many sites, since operational issues at scale could affect costs and service quality. Buy Or Sell Opportunity • Jun 09
Now 22% undervalued Over the last 90 days, the stock has risen 69% to JP¥2,491. The fair value is estimated to be JP¥3,176, however this is not to be taken as a buy recommendation but rather should be used as a guide only. Revenue has grown by 213% over the last year. Earnings per share has grown by 82%. Announcement • May 15
PowerX Inc Unveils Powerx Energy Blade Rack-Mounted Battery Energy Storage System for Data Centers PowerX Inc. unveiled the product concept for 'PowerX Energy Blade,' a rack-mounted battery energy storage system designed for data centers. The system is currently in development, targeting availability in 2027, and the company is now seeking partners for implementation. As AI adoption drives growing power consumption across computing infrastructure, managing electricity costs and securing stable power supply have become critical challenges for data center operators. New grid connection schemes that allow earlier interconnection by combining demand curtailment during periods of grid congestion are also being discussed. PowerX Energy Blade is a high-output, rack-mounted battery storage system built to address these challenges. It uses lithium-ion cells optimized for rapid charge and discharge, enabling bidirectional response to grid supply-demand fluctuations within milliseconds. The system supports the 800V DC power delivery required by the latest AI GPUs and can also replace conventional battery backup units (BBUs). The system turns data centers—traditionally pure power consumers—into flexible grid resources. The battery responds to grid signals within milliseconds, releasing or absorbing power as needed, while PowerX's proprietary Compute Modulation technology dynamically adjusts server workloads so that grid services can be delivered without disrupting the data center's core computing operations. For data center operators, the system opens new revenue streams through participation in frequency containment reserve (FCR) or similar grid flexibility markets and demand response (DR) programs. Peak shaving and load leveling can also unlock practical benefits such as earlier grid connection under flexible connection schemes, more favorable power supply contracts, and the ability to maximize server deployment within existing power budgets. PowerX Energy Blade follows the 'Mega Power DC' scalable modular data center announced in February 2026, extending the company's battery-powered solution portfolio to building-based data centers. Together, these products advance PowerX's commitment to building the social infrastructure that underpins the AI era—from both the power and computing sides. 
