🏔️ Energy Modernization Dashboard

Algonquins of Barriere Lake - Building Energy Independence for Our Community

📊 Current Energy Profile

Annual Consumption ~3 GWh
Peak Demand (2024) ~950 kW
Projected Peak (2032) ~1,500 kW
Annual Fuel Cost ~$1M CAD

⚡ Current Generators

Generator 1 600 kW
Generator 2 500 kW
Generator 3 325 kW
Total Capacity 1,425 kW

⚠️ One generator often in disrepair

📈 Growth Forecast

Annual Growth Rate 10.54%
New Homes Planned 30 units
Infrastructure Expansion Schools, Health Center

Energy Demand Forecast

🔧

Enhanced Diesel System

Add 500kW generator for N+1 redundancy

$0.35-$0.45/kWh
Reliability Improvement Backup Available
Future Load Support Ready for Growth
Infrastructure Cost Low (existing space)
🏗️

Grid Connection

Connect to Hydro Quebec grid via transmission line

$31.5-$45M
Distance Required 90km new lines
Community Support Opposed
Energy Sovereignty Compromised
🌿

Biomass Option

2.26MW biomass facility (under evaluation)

$9.15-$25M
GHG Reduction 89%
Jobs Created 10+ positions
Status Under Review

Cost Comparison ($/kWh)

🔌 Distribution Grid Modernization Options

Exploring advanced distribution infrastructure to enhance reliability, efficiency, and integration of renewable energy sources

🔧

Existing Grid Improvements & Expansion

Upgrade current AC distribution system with modern control systems and expanded capacity

Smart Grid Controls

SCADA systems, automated switching, and real-time monitoring

🔄

Load Balancing

Advanced load management and phase balancing systems

📊

System Monitoring

Real-time power quality and consumption analytics

🔌

Infrastructure Upgrades

New transformers, conductors, and distribution equipment

✅ Advantages

  • Compatible with existing infrastructure
  • Proven technology and standards
  • Lower implementation risk
  • Familiar to maintenance crews

⚠️ Considerations

  • Higher transmission losses
  • Complex synchronization requirements
  • Limited renewable integration flexibility
🏘️

Decentralized Generation & Local Energy Storage

Distributed energy resources with neighborhood-level generation and storage systems

🏠

Residential Solar

Rooftop solar installations on homes and community buildings

🔋

Distributed Storage

Multiple smaller battery systems throughout the community

🌐

Peer-to-Peer Trading

Energy sharing between buildings and neighborhoods

🔄

Islanding Capability

Sections can operate independently during outages

✅ Advantages

  • High resilience and redundancy
  • Community ownership opportunities
  • Reduced transmission losses
  • Scalable implementation

⚠️ Considerations

  • Complex coordination systems
  • Higher per-unit costs
  • Maintenance distributed across sites
🛡️

Fault Managed Power

Advanced protection and self-healing grid systems for maximum reliability and rapid fault recovery

🔍

Predictive Monitoring

AI-powered fault prediction and preventive maintenance

Smart Reclosers

Automatic fault isolation and service restoration

🔄

Self-Healing Grid

Automatic rerouting of power during equipment failures

📱

Remote Control

Centralized monitoring and control from operations center

✅ Advantages

  • Maximum system reliability (99.9%+)
  • Rapid fault detection and isolation
  • Minimized outage duration
  • Reduced maintenance costs
  • Enhanced safety for crews

⚠️ Considerations

  • High technology investment
  • Requires specialized training
  • Cybersecurity considerations

Distribution System Efficiency Comparison

Project Implementation Timeline

May 1 - Sep 30, 2025

Phase 1: Planning & Feasibility

Comprehensive feasibility study, technical assessments, and strategic planning for microgrid modernization options

Aug 15, 2025 - Mar 31, 2026

Phase 2: Project Financing & Community Engagement

Securing funding, grant applications, community consultations, and stakeholder engagement programs

Apr 1, 2026 - Sep 2027

Phase 3: Project Deployment & Construction

Implementation of selected energy solutions, infrastructure construction, and system commissioning

Project Progress

45% Complete - Phase 1 in progress, on track for multi-year implementation

🌱

Environmental Benefits

89% GHG reduction potential with renewable energy integration

Reduced diesel dependency and cleaner air for our community

💰

Economic Benefits

$237k-$470k annual fuel cost savings with solar

Long-term energy cost stability and predictability

👥

Community Benefits

10+ permanent jobs in energy sector

Technical skills development and capacity building

Energy Independence

Community-controlled energy infrastructure

Reduced reliance on external fuel supply chains

Projected Energy Mix by 2030