Implementation Process
From plant assessment to system go-live,
four steps to build low-carbon power resilience.
Assess the power load curve, process characteristics, and ESG carbon reduction targets at the manufacturing end to conduct a preliminary site condition evaluation.
Based on power capacity, lease term, and application scenarios, simulate power saving benefits, carbon avoidance volume, and leasing plans.
After confirming the plan, proceed with technical integration and delivery. The entire system features a plug-and-play design, complying with plant safety regulations for rapid go-live.
After the contract expires, enterprises can freely choose to renew the lease, expand/upgrade capacity, or convert to an asset buyout based on their carbon reduction progress at that time.
Balancing Financial Resilience and Sustainability Indicators
Advanced manufacturing and semiconductor processes have strict requirements for power quality. Through the equipment leasing model, enterprises can flexibly respond to the dynamic demands of international supply chains for low-carbon processes while avoiding the risks of technological obsolescence and asset impairment.
Application Scenarios
Applicable Scenarios for Semiconductor and Precision Manufacturing Industries
Peak Dispatch and Peak Shaving
Storing power during off-peak hours and discharging during peak hours effectively optimizes the plant's power usage curve, reduces contracted capacity and basic electricity expenditures, and lowers Scope 2 electricity costs.
New Plant Construction and Temporary Power Supply During Transition Periods
Flexible power support during high-end plant renovations or production line expansions. Equipment is returned immediately after the project ends to avoid idle assets and overlapping carbon footprints.
Zero-Carbon Supply Chain and Green Energy System Integration
Paired with the plant's existing solar or wind power generation systems to smooth out intermittent renewable energy output, increase the self-consumption rate of green power, and accelerate green factory certification.
High-Reliability Disaster Backup
Replace traditional diesel generators to protect precision wafers or critical production lines from voltage sags during grid fluctuations or sudden power outages, preventing massive economic losses.
Supply Chain Carbon Reduction Verification
Provide enterprises with low-risk, small-scale experimental scenarios to verify the substantial carbon reduction benefits of energy storage and hydrogen energy on processes, thereby strengthening corporate sustainability report data.
Dynamic Production Line Expansion Dispatch
When the existing power supply capacity is insufficient to support short-term new production lines, energy storage leasing provides immediate power compensation, eliminating the lengthy process of applying for capacity expansion from Taipower.
Help & Support
Have questions?
Start here.
Below is a compilation of our most frequently asked questions. If you cannot find the answer you need, please feel free to contact our team directly.
Lease planning is highly flexible and can perfectly align with short-term plant expansion projects or medium- to long-term ESG carbon reduction strategies. The exact minimum lease term and rate structure will be provided along with the benefit assessment report after our technical team completes the plant load simulation and plan calculations.
The standard leasing plan fully includes equipment delivery, professional installation guidance, 24/7 remote digital monitoring, and regular proactive maintenance. The B250 features a highly integrated, plug-and-play design that minimizes on-site construction work. Detailed industrial safety and O&M boundaries will be explicitly defined in the contract.
Yes. Upon contract expiration, enterprises can choose to renew the lease, upgrade to the latest generation of technological equipment, or convert to a buyout after an asset depreciation assessment, based on their capital budget and technical requirements at that time—perfectly aligning with the corporate financial schedule.