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Premier Energies is an India-based integrated solar energy company that manufactures high-efficiency photovoltaic (PV) cells and solar modules and provides turnkey engineering, procurement & construction (EPC) services. Founded in 1995 and headquartered in Hyderabad, it has grown into one of India’s major solar manufacturers with significant production capacity.

The Challenge

  • Frequent unplanned plant downtime affecting production output
  • Manual maintenance tracking with no visibility into root causes
  • Inventory management of spare parts disconnected from maintenance needs, with no way to know which parts to stock proactively

The Approach

  • AI-powered maintenance analysis to identify breakdown patterns across equipment
  • Automated downtime trend analysis with root cause identification
  • Integrated spare parts inventory management with safety stock alerts tied to maintenance data

The Outcome


Walkthrough

1. Dashboard Overview

A unified view of inventory, consumption trends, and equipment downtime, connecting maintenance and spare parts data that was previously siloed.
Premier Energies Dashboard Overview
The dashboard shows stock status (8 items low), inward cost, inventory vs. consumption trends by month, and downtime by equipment. PECVD and Diffusion equipment show the highest downtime, immediately directing attention to the right areas.

2. Downtime Analysis

140+ hours of downtime tracked over 3 months with an increasing trend identified for proactive intervention.
Downtime Analysis Dashboard
The AI generated a comprehensive downtime analysis showing:
  • Total downtime: 140.55 hours across all maintenance incidents
  • Trend: Increasing pattern from November 2025 to January 2026
  • Incidents by month: Rising from ~18 to ~50 incidents, signaling a systemic issue requiring attention

3. Safety Stock Alerts

Superatom identified 104 units below safety stock with 3 items completely out of stock, enabling AI-driven restocking priorities by location.
Safety Stock Alert Dashboard
The system monitors inventory levels against safety thresholds and shows stock deficit by location, so procurement teams know exactly what to order and where.

4. Replenishment Cost Analysis

Comprehensive cost breakdown to replenish all items to maximum stock levels: 66,360 units at a total cost of ₹66,360.
Replenishment Cost Analysis
The analysis shows the top 10 most expensive replenishment items, giving procurement a clear priority list. Items like Filter, Pump Seal, and Motor require the highest investment to reach maximum stock levels.

5. Inventory Updates via AI

Users can update inventory directly through natural language commands. “I want to update inventory” triggers a structured update flow.
Inventory Update via AI
This closes the loop from analysis to action: the AI identifies what needs restocking, and the user can execute updates directly through the same interface.

Key Capabilities Demonstrated


Next Steps

BlueLinx

Inventory optimization and transfer automation

Use Cases

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