Module 4 · Community Energy Planning & Economic Opportunities

Module 4: Community Energy Planning

Battery storage can power community independence and new economic opportunities.

Module 4: Community Energy Planning & Economic Opportunities

Module 4 · Community Energy Planning & Economic Opportunities

Shaping the Future of Indigenous Energy

Chapter divider with navy heading on a cream panel framed by a lime-green border. — Submodule 1: Shaping the Future of Indigenous Energy

Module 4 · Community Energy Planning & Economic Opportunities

Community Energy Planning

Communities are leading the shift to clean energy, blending traditional knowledge with new technology.

Map of Canada showing Indigenous and community renewable energy projects across the country. — Energy projects are spreading across Turtle Island.

Three goals: energy independence, local jobs and revenue, and environmental stewardship.

Module 4 · Community Energy Planning & Economic Opportunities

BESS and Community Energy Goals

Battery storage helps communities run on cleaner, more reliable power.

Illustration of a nighttime neighborhood with colorful houses powered by clean energy. — BESS boosts energy security, stores renewable power, and cuts diesel use.

The Fort Chipewyan solar farm meets about 25% of the community's needs and cuts diesel by 800,000 litres a year.

Module 4 · Community Energy Planning & Economic Opportunities

Ownership Models

Choosing how a project is owned shapes its control, benefits, and challenges.

Pick the model that fits your community's goals.

Self-Managed

Community fully owns and runs it. Full control, but needs money and expertise.

Cooperative

Members share ownership and benefits. Builds engagement, but needs strong governance.

Partnership

Team up with outside groups for capital and skills, and share the risk.

Module 4 · Community Energy Planning & Economic Opportunities

Funding Community Energy Projects

Strong projects draw on several funding sources at once.

Aerial photo of a rural First Nation community with houses and green fields. — Grants, private investment, and community bonds can all fund a project.

Sources include the Clean Energy for Rural and Remote Communities Program, the Canada Infrastructure Bank, and community bonds.

Module 4 · Community Energy Planning & Economic Opportunities

Benefits of Community-Led Projects

Map of Canada showing community-led renewable energy projects spreading nationwide. — Community-led energy brings benefits that stay local.

Three lasting benefits for the community.

Economic empowerment

Creates local jobs and revenue.

Capacity building

Grows technical skills and knowledge at home.

Cultural preservation

Keeps projects aligned with Indigenous values and land stewardship.

Module 4 · Community Energy Planning & Economic Opportunities

Rules and Policy

Understanding the rules early keeps a project on track.

Bulleted slide on collaboration and engagement strategies for energy projects. — Plan for permits, policy, and the people who manage the process.

Navigate local, provincial, and federal approvals, and fund a community energy planner to manage them.

Module 4 · Community Energy Planning & Economic Opportunities

Partnerships and Networks

Working together makes energy projects stronger and more lasting.

Slide listing collaboration strategies: Indigenous energy networks, strategic alliances, and community engagement. — Connect with networks, allies, and your own community.

Join groups like Indigenous Clean Energy, partner with experts, and involve community members in decisions.

Module 4 · Community Energy Planning & Economic Opportunities

Future Outlook

The future looks strong for Indigenous-led energy projects.

Aerial photo of a rural First Nation community, representing growth in community energy projects. — More Indigenous ownership, new technology, and stronger policy support.

Trends include more community ownership, microgrids and advanced storage, and growing government support.

Module 4 · Community Energy Planning & Economic Opportunities

Turning Energy into Opportunity

Battery storage can do more than back up power — it can earn money for the community.

Module 4 · Community Energy Planning & Economic Opportunities

How Storage Creates Opportunity

A BESS can be an economic asset, not just backup power.

Isometric illustration of a battery storage unit, solar panel, and a technician working at an electrical cabinet. — Storage can earn revenue and create local clean-energy jobs.

Income can come from demand response, energy sales, and peak shaving.

Module 4 · Community Energy Planning & Economic Opportunities

Demand Response Programs

Get paid for cutting grid use during peak times.

Slide explaining demand response with a definition, a three-step how-it-works list, and an Ontario IESO incentive example. — When the utility signals, the BESS discharges instead of pulling from the grid — and the community gets paid.

In Ontario, the IESO pays large users, including First Nations, to adjust their power use.

Module 4 · Community Energy Planning & Economic Opportunities

Selling Energy to the Grid

Solar plus storage can sell extra power back to the grid.

Ontario Energy Board 'How Net Metering Works' infographic: a house with solar panels and five numbered steps from sunlight to utility bill credits. — Net metering feeds surplus power to the grid and earns credits on the utility bill.

Extra energy can also be sold in wholesale markets or to aggregators.

Module 4 · Community Energy Planning & Economic Opportunities

Peak Shaving

Cut demand charges by storing cheap power for peak hours.

Charge the battery off-peak, then discharge during costly peak periods to lower the bill.

A health center can save thousands a year and put that money back into care.

Module 4 · Community Energy Planning & Economic Opportunities

Partnering with Utilities

Partnerships help communities get the most value from a BESS.

Models include Power Purchase Agreements, grid stability contracts, and aggregation programs.

Module 4 · Community Energy Planning & Economic Opportunities

Jobs & Training in Clean Energy

The clean-energy shift creates local jobs and training.

Photograph of workers assembling a large solar-panel array on a workbench in an indoor workshop. — Roles include install technicians, project managers, and microgrid operators.

Training comes through apprenticeships and government-funded solar and storage programs.

Module 4 · Community Energy Planning & Economic Opportunities

Policy & Advocacy

Strong policy engagement protects community energy interests.

Slide listing advocacy areas like funding and fair market access, plus ways to get involved through energy networks and consultations. — Push for more funding, fair market access, and a voice in energy decisions.

Get involved by joining clean-energy networks and building coalitions with other First Nations.

Module 4 · Community Energy Planning & Economic Opportunities

Beyond Batteries

The future of storage reaches past batteries into smarter, longer-lasting energy systems.

Module 4 · Community Energy Planning & Economic Opportunities

The Future of Storage & Smart Grids

AI, smart grids, and hydrogen are reshaping how communities store power.

Isometric smart-grid illustration with buildings, wind turbines, solar panels, homes, and substations linked by power-flow lines. — Storage is becoming smarter and more connected across the grid.

Ahead: AI management, smart grids, and alternatives like hydrogen.

Module 4 · Community Energy Planning & Economic Opportunities

AI in Energy Storage

AI helps batteries and grids run smarter and cheaper.

Illustration of a glowing battery surrounded by solar panels and circuit motifs labeled AI, beside notes on predictive analytics, automated dispatch, and fault detection. — AI forecasts demand, decides when to charge or sell, and flags faults early.

Smarter systems mean lower costs and less downtime.

Module 4 · Community Energy Planning & Economic Opportunities

Smart Grids

A smart grid balances power supply and demand in real time.

Isometric smart grid illustration showing homes, wind turbines, solar panels and substations connected by glowing power-flow lines. — It links solar, wind, and batteries across a region and lets communities share power.

For communities: more self-sufficiency, fewer outages, lower bills.

Module 4 · Community Energy Planning & Economic Opportunities

Hydrogen Storage

Hydrogen stores energy for far longer than batteries can.

Hydrogen energy storage flow diagram: renewable power, electrolyser, hydrogen tanks, fuel cell, and electricity output. — Spare renewable power splits water into hydrogen, stored and turned back into power later.

Stores energy for weeks or months and gives off only water.

Module 4 · Community Energy Planning & Economic Opportunities

Hybrid Energy Systems

Combining storage types gives steadier, around-the-clock power.

Common pairings with batteries:

BESS + Hydrogen

Batteries handle short swings; hydrogen covers long-term backup.

BESS + Pumped Hydro

Batteries respond fast; hydro supplies long-duration energy.

BESS + Flywheels

Flywheels cover quick bursts; batteries carry sustained loads.

Hybrids cut diesel use and help keep power on 24/7.

Module 4 · Community Energy Planning & Economic Opportunities

Blockchain in Energy Trading

Blockchain lets communities track and trade clean energy securely.

Illustrations of a solar panel with a battery and EV charger, and a solar panel beside a dashboard showing energy-trading data. — Neighbours can sell spare solar power to each other, with every trade recorded.

Some First Nations are testing blockchain microgrids for local energy trading.

Module 4 · Community Energy Planning & Economic Opportunities

Community Energy Roadmap

A roadmap guides long-term, community-led energy planning.

Six numbered roadmap steps beside an aerial photo of a rural First Nation community with houses and green fields. — Six steps: assess use, engage the community, set goals, pick tech, secure funding, then build and monitor.

Keeps projects aligned with cultural, economic, and environmental priorities.

Module 4 · Community Energy Planning & Economic Opportunities

Policy & Funding

The right programs can fund future community energy projects.

Federal programs like Clean Energy for Rural and Remote Communities and the SREP program fund renewable and storage projects. Utility rebates, grid programs, and Canada Infrastructure Bank financing add more ways to pay for them.

Aligning plans with policy incentives helps secure long-term funding.

Module 4 · Community Energy Planning & Economic Opportunities

Preparing for the Future

Communities are leading the way in energy self-sufficiency.

Wind turbine and solar panels at sunset with a recap of energy independence, technology integration, and community-driven planning. — BESS, smart grids, hydrogen, and energy trading build resilient local power.

The next chapter of Indigenous energy is community-driven and built for the long term.