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🔄 Microgrid Integration System #33
Description
Description: Create microgrid integration system that connects with local energy grids, IoT devices, and smart meters to enable peer-to-peer energy trading within communities.
Requirements:
Microgrid API integration
IoT device communication
Smart meter data collection
Peer-to-peer energy routing
Grid load balancing
Community energy management
Real-time grid monitoring
Emergency grid controls
Acceptance Criteria:
Microgrid API integration supports 5+ grid operators
IoT communication handles 1000+ devices
Smart meter data collected every 5 minutes
P2P routing optimizes local energy distribution
Load balancing prevents grid overload
Community management enables local energy sharing
Real-time monitoring shows grid status
Emergency controls can isolate grid sections
Performance: handles 10,000+ data points per second
Files to Modify:
src/microgrid/microgrid.module.ts (new)
src/microgrid/integrations/grid-api.service.ts (new)
src/microgrid/iot/device-communication.service.ts (new)
src/microgrid/meters/smart-meter.service.ts (new)
src/microgrid/routing/p2p-routing.service.ts (new)
src/microgrid/balancing/load-balancer.service.ts (new)
src/microgrid/entities/microgrid-data.entity.ts (new)
src/microgrid/dto/grid-command.dto.ts (new)
Definition of Done:
Microgrid integration enables local energy trading
IoT communication is reliable and secure
Grid monitoring provides real-time visibility
Security audit passes
Performance meets real-time requirements
Test coverage exceeds 90%
Documentation covers microgrid architecture
Integration with energy trading works