Have stranded energy?
Unlock the value you’re losing every day
Our engineers will evaluate your site and show you how Yoonu Leer turns your underutilized energy into immediate revenue.
- Fast assessment
- Real data, real value
- Actionable recommendations
Eclipse Holdings flagship platform
Yoonu Leer: flexible demand & real value.
Yoonu Leer is Eclipse Holdings’ proprietary flexible infrastructure solution that monetizes stranded or underutilized energy through modular, controllable high performance computing (HPC) containers.
- Monetize from day one
- Improve project bankability
- Reduce curtailment and flaring
- Strengthen grid stability
Engineering energy projects into economic capacity.
Flexible load & demand response
Adapt in real time and balance the grid
Rural electrification
Power communities
High performance computing
Monetizes surplus of energy
Low carbon / methane impact
Reduce emissions
Our flagship platform
Engineering stranded energy into economic capacity
Yoonu Leer is our flexible demand platform that transforms unused or stranded energy into revenue, grid stability and economic development.
Stranded energy
Unused or curtailed energy, flared or vented gas
Flexible digital load
Sustainable Yoonu Leer container
Revenue generation
Monetize otherwise wasted energy
Grid stability
Support grid reliability and sustainability
Economic impact
Jobs, growth & community value
The Eclipse Holdings solution difference
Yoonu Leer: a new model for energy infrastructure
Traditional energy projects
- Energy curtailed or wasted
- Limited demand flexibility
- Flared or vented, with a negative environmental impact
- Long time to economic return
- Higher risk and lower efficiency
Yoonu Leer solution model
- Stranded energy monetized
- Flexible digital demand layer
- Flaring or venting converted into value
- Faster deployment: modular and scalable
- Lower energy project risks
Engineering what power makes possible
Engineering excellence: nuclear-discipline design
Built with nuclear-industry engineering discipline
Validated by advanced simulation. Built for harsh environments.
- Conservative design margin
- Full-safe system architecture
- Quality assurance
Total airflow
80,000 CFM
22.7 m/s
Operating temperature
Inlet 30 °C
from 42 °C ambient
Design ambient range
20 °C to 45 °C
Targeted uptime
95%
04Yoonu Leer container solutions
Plug and play. Pre-engineered. Ready to perform.
YL-650
- Power capacity
- 650+ kW
- Typical capacity
- 450 – 650 kW
- Model
- 20 ft container
- Use case
- Small sites / pilot
What’s included
- Advanced thermal management
- High efficient power system
- Remote monitoring and control
- Global delivery support
Ready to order?
Get a container solution built for your site
Tell us your requirement and we’ll provide a tailored proposal with delivery plan.
- Custom configuration
- Fast delivery
- Global support
- Bankable and proven solution