Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Energy Management Insights Platform
Through automated processes, Thunder actively optimizes energy systems by adjusting configurations, and recommending changes based on data-driven insights.
Smart Energy Management
Value Added Features
- Inventory Integration
- Tasks Automation
- Self Optimization
- Integrated Analytics Platform
- Predictive Intelligence
- OEM & Hardware Agnostic
Thunder Use Cases
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Enabling Data-Driven Power Planning
Informed decision making
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Unlocking Financial Efficiencies
Optimal budgeting, OPEX reductions
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Driving Asset Optimization & Rationalization
Optimizing battery lifecycle, Timely equipment swaps
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Empowering Carbon Reduction Agendas
Carbon emissions tracking, Optimizing clean energy utlization
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Automated Control & Decision Making
Optimizing energy mix and site performance
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Artificial intelligence & ML Use Cases
Harnessing machine learning to predict, optimize and plan ahead
Value Impact
Energy Efficiency
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20%
Reduction in energy OPEX
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5%
Reduction in energy OPEX on solar enabled sites
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25%
Cutback on genset runtime
Asset Optimization
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30%
Reduction in warranty claims rejections
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10%
Genset upgrade avoidance through optimized battery charging
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25%
Asset reuse for under and over utilized gensets
Site Maintenance
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18%
Site visits avoided for maintenance
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60%
Man-hours reduced in strategic planning activities
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20%
Site OPEX reduction
Sustainability Impact
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15-20
Tons of CO2 reduction per telco tower site annually
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5%
Fuel pilferages reduction
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30%
Diesel fuel avoidance on grid and solar enabled sites
Key Features
Real-time Data Monitoring & Remote Control
Instant oversight and on-demand control of your distributed energy assets
Performance & Predictive Analytics
Enhanced insights of infrastructure's performance and future trends forecasting
Automated Controls & Recommendations
Intelligent automation of routine tasks and optimized operational configurations
Strategic Planning & Forecasting
Proactive strategy development, operational planning and future readiness
Fault Detection & Prevention
Early error identification and proactive mitigation
Infrastructure Efficiency Improvement
Maximizing infrastructure performance and longevity
Pilferage Control & Prevention
Secure assets, prevent unauthorized usage and movement
Energy Mix Optimization
Optimal resource allocation, sustainable energy usage
Solution Architecture
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Visualization
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Analysis
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Optimization &
Savings Use Cases -
Automated Actions
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Data Collection
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Monitored Sites &
Equipment -
User Controlled Actions
Multi-layer Visibility
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Actionable Intelligence
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Big Data Analytics
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IoT Gateway
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Self Optimizing Energy Network
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Integrated NMS
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Simulation & Analytics
Playground -
TCO Optimization
Multi-layer Intelligent Platform
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Monitoring
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Control
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Analytics
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Prediction
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Autonomous Decisions
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Thunder Across
Industries
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Renewable Energy
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Telecommunications
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Grid Utility Companies
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Technology Sector
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Manufacturing Industry
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Energy Management
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Infrastructure and Facilities Management
Case Studies
Flagship Transformation Project Telenor Pakistan
Seven-Year Frame Agreement with Telenor for a first-of-its-kind transformation project in Pakistan. The project entails decarbonization of the Telenor`s BTS infrastructure while saving capex and reducing opex.
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OPEX Savings
$5,670,000
Smart battery charging, asset sweating, smart fueling plans
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Diesel Avoidance
3,240,000 Liters
Forced shutdown of DGs based on patterns and insights
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Capex Savings
$120,000
Eliminating conditions voiding battery warranties
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CO2 Emissions Reductions
2,430,000 Tonnes
Reduced DG utilization, improved solar utilization, battery charging optimization
Explore Telenor's journey with Thunder: a game-changer deployed across 8000 tower sites, revolutionizing network management. Thunder tackles challenges like multi-vendor equipment, energy cost optimization, underutilized solar power, and incorrect configurations.
Thunder, an OEM-agnostic platform, steps up to provide Telenor with a unified solution. It communicates seamlessly with diverse equipment, offering a comprehensive view. Thunder's smart decisions optimize energy, maximize solar power, and eliminate equipment configuration risks, streamlining Telenor's operations.
In Thunder's success lies a tale of overcoming challenges, achieving operational excellence, and setting a new standard for telecom infrastructure innovation. Discover how Thunder turned complexity into efficiency in the Telenor Case Study, exceeding modern telecom demands.
Different monitoring and control systems are required to manage infrastructure with multi-vendor power equipment.
Thunder platform is OEM-agnostic and communicates with multi-vendor equipment over open protocols.
Single window visibility of power infrastructure dynamics.
Increasing cost of energy utilization across the telecom tower sites /infrastructure.
Intelligent decision making by Thunder to utilize the most cost-effective energy source.
Optimization of energy mix and OPEX reduction.
Below par utilization of solar power.
Thunder intelligently utilizes battery backups and maximizes battery charging through solar power.
Reduced OPEX and carbon footprint.
Incorrect equipment configuration voiding warranty conditions.
Thunder continuously monitors assets' runtime configuration and reverts incorrect configurations to OEM approved ranges.
Eliminating warranty void situations and reducing CAPEX investment. At Telenor Pakistan, estimated USD 120 - 130k savings per year.
Accurate forecasting of energy demand and cost.
Thunder uses trained AI models to forecast energy consumption across the infrastructure, based on site load, energy source availability and historical utilization trends.
Planning optimization, automation and man-hour savings. At Telenor Pakistan: 1,800 man hours reduced, 18% site visits avoided.
Fuel pilferage and operational inefficiencies.
Thunder monitors actual utilization of Diesel Generators, their fuel consumption and DG overruns, raising NOC alarms or remotely turning off where required.
OPEX savings, equipment life optimization. At Telenor Pakistan, estimated savings of 20 liters diesel per site per month.
Site outages due to power unavailability impact overall network quality and revenue.
Thunder provides actionable insights on low TCH and high OPEX sites, automated root cause analysis and predicts (alerts) time to site outages at 30 minutes red zone.
At Telenor Pakistan, up to 2% improvement in site uptime, 1% impact on daily revenue.
Capital investment for asset replacement when existing inventory can suffice.
Thunder identifies oversized and undersized power assets, recommending asset swaps across the infrastructure.
CAPEX impact on 300 genset upgradations, estimated savings of USD 3.9 million.
Increased energy OPEX during peak hours.
Thunder identifies sites where battery charging - if required - can be postponed to post-peak hours, thus reducing energy OPEX.
At Telenor Pakistan, 5 MWh are being saved daily across the infrastructure due to Thunder's peak-hour saving interventions.
Carbon emissions reduction.
Optimizing energy mix and solarization of telecom tower sites.
20 tons annual reduction of CO2 emissions across the infrastructure.
