Announced details
Self-consumption solar power generation and use of renewable electricity at logistics centers
Estimated annual power generation: approximately 2.61 million kWh; annual CO₂ emissions reduction: approximately 1,086 t-CO₂ (estimated)
Supply began in February 2026 (cumulative usage figures and other data: not disclosed)
Tess Engineering, a consolidated subsidiary of TESS Holdings, supplies electricity to 東洋メビウス株式会社's Takatsuki Logistics Center. Tess Engineering owns and maintains the equipment.
Head office: Shinagawa-ku, Tokyo; Representative Director and President: Sasayama Kenji (篠山健司). Location of the Takatsuki Logistics Center: Takatsuki, Osaka. Other business activities, capital and year established: not disclosed
Takatsuki, Osaka (東洋メビウス株式会社 Takatsuki Logistics Center)
In this announcement the company addresses none of Contract Value / Offering price / Impact on Business Performance.
Ministry of the Environment, “List of Emission Factors by Electricity Retailer (for submissions in 2026).” The CO₂ reduction is calculated using the alternative emission factor for electricity retailers of 0.000416 t-CO₂/kWh.
| Item | Details |
|---|---|
| Names of Products / Services Covered | Supply of renewable electricity through a self-consumption solar power generation system using an on-site PPA model |
| Counterparty | 東洋メビウス株式会社 |
| Counterparty overview | Head office: Shinagawa-ku, Tokyo; Representative Director and President: Sasayama Kenji (篠山健司). Location of the Takatsuki Logistics Center: Takatsuki, Osaka. Other business activities, capital and year established: not disclosed |
| Relationship with the Company | Tess Engineering, a consolidated subsidiary of TESS Holdings, supplies electricity to 東洋メビウス株式会社's Takatsuki Logistics Center. Tess Engineering owns and maintains the equipment. |
| Launch date | February 2026 (actual) |
| Applicable area | Self-consumption solar power generation and use of renewable electricity at logistics centers |
| Location | Takatsuki, Osaka (東洋メビウス株式会社 Takatsuki Logistics Center) |
| Location scale | Generation capacity: 2,290.75 kW; 3,850 solar modules rated at 595 W each |
| Quantitative Effects | Estimated annual power generation: approximately 2.61 million kWh; annual CO₂ emissions reduction: approximately 1,086 t-CO₂ (estimated) |
| Usage history | Supply began in February 2026 (cumulative usage figures and other data: not disclosed) |
| Source | Ministry of the Environment, “List of Emission Factors by Electricity Retailer (for submissions in 2026).” The CO₂ reduction is calculated using the alternative emission factor for electricity retailers of 0.000416 t-CO₂/kWh. |
Items this document does not state (7)
These are items the company does not state in this document. We do not leave them blank, nor fill them in from other sources or by inference.
The reasons the company gives
The company's own explanation, not something inferred from the numbers.In addition to helping reduce CO₂ emissions, this eliminates the need for the customer to make an initial investment and helps secure a stable, long-term power source that is not affected by fluctuations in electricity demand or fuel-related issues.