One-stop service for distributed
Micro-hydropower Generation
About Micro-Hydropower Generation
24/7 Operation
Regions with abundant water will generate stable power throughout the year, avoiding the intermittent power generation issues associated with other renewable energy sources.
Every little helps
With stable water flow, it requires little space and installs quickly, enabling multiple setups in ideal locations.
Multiple Uses of Water
Micro-hydropower systems integrate with existing water infrastructure, harnessing flow and head to generate electricity.
Our Vision
Reduce dependence on coal and natural gas
ekoXense started with EMS solutions and now provides end-to-end services for decentralized micro-hydropower, integrating a modular system for generation and maintenance.
Key Distributed Micro Hydro Generator
EMS + predictive maintenance enable reliable remote operation of micro hydro generators
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Powered by small streams, irrigation canals, or factory wastewater pipes.
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Could generate carbon credits with applicable certification.
Services that ekoXense software can provide
Low-head hydropower
It can generate electricity without being affected by the dry season.
No Environmental Impact Assessment Needed
Customizable to water conditions, it preserves water bodies and saves time and evaluation costs.
Quick Installation
Easy to set up, quick to assemble, no civil construction required, and can be installed in as little as one day.
AI Enabled EMS
Real-time Monitoring
High-frequency data collection prevents inefficient operation.
Energy utilization
Efficient data analysis dynamically monitors power generation status.
Predictive Maintenance (PdM)
Motor Current Signature Analysis (MCSA) assesses operating condition of rotary machines without installing sensors and transducers. It uses
machine learning (AI) to detect abnormal conditions (faults) before they could develop into failures.
Anomaly Detection
AI detects potential faults to prevent inefficiency and maintain optimal performance.
Fault Diagnosis
Instantly prevents equipment failures and helps identify the root causes of equipment anomalies.
Remote Monitoring
Enables remote maintenance across multiple sites, reducing labor and operational costs.