The Challenge
- There is no real-time information on the performance of the plant.
- Manual fault detection with subsequent delay of response.
- Challenge of monitoring the increment of the power and efficiency losses.
- Unstructured data, many different sites, and devices.
- Such hurdles lead to increased operational expenses and low efficiency, not to mention missed opportunities for optimisation.
Solar assets are the strategic investments that cannot be really utilised without real-time
visibility and intelligent monitoring. AaensaTech provides a cloud-based Remote Monitoring
System to enable solar asset owners, EPCs, and utilities with maximum uptime, improved
ROI, and intelligent energy management.
Our Solution
The Remote Monitoring System for Solar offered by AaensaTech is an integrated digital
solution that makes management of distributed solar assets simple. Real-time analytics,
advanced alerts, and smart controls will allow operators to achieve a greater level of
efficiency, faster response, and lower costs.
Key Features & Capabilities
- Live monitoring
- Automated fault detection
- performance analytics
- Remote control
- Custom dashboards
- Mobile app access
- Safe cloud storage
How to create a Region of Bar?
Data Acquisition
IoT gateways harvest data from inverters, meters and sensors.
Cloud Sync
User data is safely transported to the cloud as they are updated.
Analytics & Alerts
Automated analysis with dashboards and notifications on the
fly.
User Access
Operators can look at insights and controls through the web or mobile
app.
Architecture
Product Architecture
-
Power Generation
- - The solar panels (Photovoltaic Modules) absorb sunlight and produce Direct Current (DC) electricity.
- - The DC output is affected by irradiance, panel efficiency and temperature.
- - Measurements Made: Voltage, Current, Temperature.
-
Conversion Stage
- - DC is converted to an AC inverter and can be used in the grid, loads and storage systems.
- - The inverters are fitted with built-in power output, efficiency, and fault code sensors.
- - Measurements Made: AC Power production, efficiency percentage, frequency, power factor, fault/error codes.
-
Data Acquisition Layer
- - Raw data is collected by IoT Gateways / Data Loggers on:
- a) Inverters
- b) Meters (energy meters, smart meters)
- c) Weather
- d) Sensors (voltage, current, power quality)
- - Protocols: Modbus RTU/TCP, RS485, Zigbee, Wi-SUN, LoRaWAN.
- - Output: Time-stamped, structured, operational data.
-
Communication & Transmission
- - The data is submitted to the Cloud Platform through gateways that are securely connected to:
- a) 4G/5G Cellular
- b) Ethernet
- c) Wi-Fi
- d) Satellite (for remote regions)
- - Data is encrypted (TLS/SSL, VPN), and the output is in the form of Ciphertext Data Packets.
-
Cloud & Analytics Platform
- - Information is absorbed into a cloud system (AWS IoT, Azure IoT, GCP).
- - Processing pipeline:
- a) Data Storage: Time-series database (PostgreSQL, InfluxDB).
- b) Data Processing: ETL pipelines (Node.js, Python, Docker).
- c) Analytics Engine: AI/ML models for:
- i. Fault prediction
- ii. Efficiency optimization
- iii. Performance benchmarking
- iv. Energy forecasting
- - Alerts & Notifications: Automated SMS, Email, Push Notifications → Actionable insights, reports, predictions.
-
User Access & Control
- - Web Dashboard: Multi-site view, customizable KPIs (uptime %, yield %, ROI).
- - Mobile App (iOS/Android): Live monitoring & remote control.
- - User Roles: Asset Owner, EPC, O&M Team (role-based access).
- - Remote Control: Inverter ON/OFF, parameter changes.
- - Output: User-friendly visualisation + control.
-
Actionable Outcomes
- - Fully automated Fault Detection → less downtime.
- - Performance Analytics → Identify underperforming assets.
- - Predictive Maintenance → Replace/repair before failures.
- - Optimised ROI → Higher energy & lower O&M.
- - Compliance & Reporting → Export reports for clients, regulators, financiers.
Use Case
Utility-Scale Solar Power Stations: Monitor hundreds of inverters and weather
stations, with advantages in regard to higher uptime and optimised operation.
Commercial Rooftop Portfolio: Got multiple rooftop buildings to manage?
Commercial Rooftop Portfolio puts property details and reports all in one place and
provides transparent reporting to your clientele.
Tech Stack
AWS IoT
Node.js
React
Python
PostgreSQL
Docker
Android App
iOS App
Secure APIs
Why AaensaTech?
- Established know-how in solar monitoring and IoT-based solutions.
- The result is 100% Client Satisfaction with customised deployments.
- Safe & Dependable solar architecture that is ready to accommodate mission-critical operations.
Ready to Transform Your Solar Operations?
AaensaTech delivers scalable, secure, and
intelligent monitoring solutions for the solar industry.
Unlock new levels of efficiency and control—start your digital journey
today.
Proven Expertise
100% Client Satisfaction
Secure & Reliable
