Q.ENEST Begins Off-site PPA and High Voltage Power Supply to EC Logistics Company via 1-Year Contract
Q.ENEST has started supplying a hybrid of off-site PPA and high-voltage power to a major EC logistics company's hub in the Chubu area, supporting decarbonization and cost stabilization.
📋 Article Processing Timeline
- 📰 Published: April 1, 2026 at 22:00
- 🔍 Collected: April 1, 2026 at 16:47
- 🤖 AI Analyzed: April 21, 2026 at 10:47 (474h 0m after Collected)
Q.ENEST Denki Co., Ltd. (Location: Minato-ku, Tokyo, Representative Director: Xizai Zhang), a subsidiary of Q.ENEST Holdings Co., Ltd., and Q.ENEST Power LLC have commenced energy provision combining an off-site PPA with high-voltage power supply from February 1, 2026, to a logistics hub in the Chubu area operated by one of Japan's largest EC logistics companies (hereinafter, the company).
This initiative supports both the company's decarbonization in the Chubu region and the stabilization of power costs through a hybrid configuration. It covers the daytime peak loads specific to logistics facilities with renewable energy from an additional renewable power plant (solar), while supplementing with retail power during the night or weather fluctuations.
**Features of this Service**
- Estimated annual renewable energy supply of 108,769 kWh/year
- Phased operation at two high-voltage hubs within the Chubu Electric Power grid
- Replacement of a portion of daytime operations with zero-CO2 emission power
**1. Hybrid Supply of Corporate PPA x High-Voltage Power**
Renewable energy is supplied from our solar power plant (Aisai City, Aichi Prefecture, 93.6kW). Daytime power supply to the logistics facility is covered by PPA power (our solar plant), while stable supply is ensured at night with high-voltage power.
**2. Supply Start Date and Period**
Supply start date: February 1, 2026
Supply period: 1 year from the start of actual receipt (renewed through annual consultation thereafter)
**3. Attribution of Environmental Value**
By using non-FIT non-fossil certificates, the environmental value belongs to the consumer side (the company). It can also be utilized for addressing international initiatives such as Scope 2 reductions and RE100.
**4. Optimal Power Management for Logistics Hubs Realized by Combining 'Renewable Energy x Data'**
Logistics facilities have complex profiles where loads fluctuate greatly depending on the time of day, due to daytime operational peaks, nighttime temperature and inventory management, and continuous operation of automated equipment.
To address such demand characteristics, Q.ENEST combines a Gentailer model (integrated design of generation, trading, and retail) with unique Green Tech (data utilization) to achieve a power supply design optimized for the consumer's realities, in a way that fully utilizes renewable energy.
**Target Power Plant / Demand Hub**
[Power Plant] Our solar power plant (Aichi Prefecture)
[Demand Hub] Chubu Area Hub
This initiative supports both the company's decarbonization in the Chubu region and the stabilization of power costs through a hybrid configuration. It covers the daytime peak loads specific to logistics facilities with renewable energy from an additional renewable power plant (solar), while supplementing with retail power during the night or weather fluctuations.
**Features of this Service**
- Estimated annual renewable energy supply of 108,769 kWh/year
- Phased operation at two high-voltage hubs within the Chubu Electric Power grid
- Replacement of a portion of daytime operations with zero-CO2 emission power
**1. Hybrid Supply of Corporate PPA x High-Voltage Power**
Renewable energy is supplied from our solar power plant (Aisai City, Aichi Prefecture, 93.6kW). Daytime power supply to the logistics facility is covered by PPA power (our solar plant), while stable supply is ensured at night with high-voltage power.
**2. Supply Start Date and Period**
Supply start date: February 1, 2026
Supply period: 1 year from the start of actual receipt (renewed through annual consultation thereafter)
**3. Attribution of Environmental Value**
By using non-FIT non-fossil certificates, the environmental value belongs to the consumer side (the company). It can also be utilized for addressing international initiatives such as Scope 2 reductions and RE100.
**4. Optimal Power Management for Logistics Hubs Realized by Combining 'Renewable Energy x Data'**
Logistics facilities have complex profiles where loads fluctuate greatly depending on the time of day, due to daytime operational peaks, nighttime temperature and inventory management, and continuous operation of automated equipment.
To address such demand characteristics, Q.ENEST combines a Gentailer model (integrated design of generation, trading, and retail) with unique Green Tech (data utilization) to achieve a power supply design optimized for the consumer's realities, in a way that fully utilizes renewable energy.
**Target Power Plant / Demand Hub**
[Power Plant] Our solar power plant (Aichi Prefecture)
[Demand Hub] Chubu Area Hub