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Development of a Scalable SaaS Platform for Decentralized Energy Storage Management

lizard.global

Energy & natural resources

Environmental Services

Logistics

Challenges in Maritime Energy Supply Management

Energy supply fluctuations in maritime and onshore operations require decentralized storage solutions. Limited budget constraints hinder scalable infrastructure development. Lack of real-time monitoring and automated logistics systems for energy storage containers. Need for secure, transparent exchange platform between container owners and renters to facilitate CO2 reduction.

About the Client

A sustainability-focused startup specializing in renewable energy solutions for maritime and land-based markets, seeking to disrupt traditional energy storage systems through decentralized technology.

Strategic Development Goals

Create a Minimum Viable Product (MVP) for energy storage management within budget constraints
Develop cross-platform applications with intuitive user experiences for maritime and land-based users
Implement real-time battery monitoring and data visualization capabilities
Automate logistics and communication processes for energy container deployment
Establish scalable architecture to support future investment rounds and platform expansion

Core System Capabilities

Real-time battery status tracking and diagnostics
Automated logistics coordination system
Secure container owner/renter marketplace
Data visualization dashboards for energy usage patterns
Multi-platform access (desktop/mobile) with role-based permissions
Smart contract integration for rental agreements

Technology Stack Requirements

Cloud-native architecture (AWS/Azure)

IoT-enabled monitoring systems

Progressive Web Application (PWA) framework

Real-time data processing (Apache Kafka)

Blockchain for transaction security

System Integration Needs

Maritime navigation systems API
Renewable energy generation equipment protocols
Payment gateway for rental transactions
Geolocation services for container tracking
Enterprise resource planning (ERP) systems

Operational Requirements

99.9% system availability for critical operations
Support for 10,000+ concurrent device connections
End-to-end data encryption (AES-256)
Sub-200ms latency for real-time monitoring updates
Cross-platform compatibility (iOS/Android/Windows)

Anticipated Business Outcomes

Enables rapid scaling of decentralized energy storage solutions across maritime and land-based sectors, reducing CO2 emissions through optimized renewable energy utilization. Creates transparent marketplace ecosystem for container owners and renters, improving asset utilization rates by 40%. Real-time monitoring capabilities reduce operational costs by 30% while enhancing system reliability. Scalable architecture positions company for subsequent investment rounds and global market expansion.