Regional news and analysis
Battery storage raises questions about capacity, flexibility, customer participation and electricity costs. These articles connect utility-scale projects with distributed batteries and the systems needed to coordinate them.
Explore project announcements alongside analysis of storage costs, demand response and grid planning. Announced capacity and projected benefits should be read in the context of each article’s date.
Customer-sited resources can defer local grid upgrades, with avoided transmission and distribution costs in constrained areas nearly three times the system-wide value.
Read article : The Locational Value of Customer-Sited Energy Resources
A $15.8-million solar-plus-storage microgrid is being procured for 14 Wing Greenwood, combining backup power with utility demand response.
Read article : Solar-plus-storage microgrid out for tender at 14 Wing Greenwood
Nova Scotia Power’s proposed DERMS is a step toward coordinating batteries, solar and flexible electricity demand.
Read article : Connecting customer-owned batteries to the grid
Lower storage cost assumptions and higher gas costs are reshaping the relative economics of Nova Scotia’s resource options.
Read article : Falling battery costs change the planning picture
Five priorities for net-metering certainty, distributed energy integration, beneficial electrification and regional collaboration.
Read article : Solar Nova Scotia’s five priorities for solar and batteries
Ireland’s experience shows why renewable generation needs to grow alongside electricity demand, flexibility and storage.
Read article : What Ireland’s renewable curtailment can teach Nova Scotia
Regional electricity planning should include rooftop solar, batteries, efficiency and flexible demand from the start.
Read article : A Maritime grid needs distributed energy
A planning snapshot outlines major generation changes while the next Integrated Resource Plan takes shape.
Read article : What Nova Scotia’s 10-year electricity outlook tells us
A roadmap sets out a path for customer-sited resources to provide more value to customers and the electricity system.
Read article : Nova Scotia’s roadmap for distributed energy resources
Ontario’s latest capacity procurement offers a Canadian market benchmark for storage, with an important distinction between capacity payments and equipment costs.
Read article : What Ontario’s battery procurement means for electricity planning
An independent review makes the case for comparing proposed gas capacity directly with a battery alternative.
Read article : Batteries versus gas: lessons from PEI’s capacity review
A site visit to a 50 MW project highlights the role of storage, financing and Mi’kmaw ownership in the energy transition.
Read article : Inside the White Rock Battery Project
Long-term storage cost assumptions can influence procurement, renewable integration and the role of customer-owned resources.
Read article : How battery cost assumptions shape electricity planning
Principles for evaluating solar compensation, customer investment and the role of batteries.
Read article : Getting New Brunswick’s net-metering transition right
Preliminary offshore wind analysis highlights the scale of transmission upgrades and the complementary role of solar and storage.
Read article : What Wind West means for Atlantic Canada’s transmission system
Declining marginal capacity value makes storage duration, customer benefits and multiple uses increasingly important.
Read article : Why the next batteries need to do more than the first
Research and development incentives can help Atlantic Canadian businesses advance storage, microgrids, heat pumps and energy software.
Read article : SR&ED: an opportunity for Atlantic Canadian energy innovators
Reflections from Smart Energy Halifax on homeowner financing, customer-sited batteries and the role of strategic electrification.
Read article : Unlocking behind-the-meter solar in Atlantic Canada
Could energy advisors support households over time as their decisions expand to solar, batteries, EVs and flexible demand?
Read article : From energy audits to ongoing home energy advice
Waverley and Bridgewater mark a major step for utility-scale battery storage in Nova Scotia.
Read article : Nova Scotia’s first grid batteries are online
A dated planning snapshot explores the scale of potential investment in heat pumps, solar, electric vehicles and batteries.
Read article : The investment opportunity in Nova Scotia’s energy transition
A conversation with Don Mills and David Campbell about solar, battery storage and the economic opportunity emerging across Atlantic Canada.
Read article : Nova Scotia’s Solar Surge: an Insights Podcast conversation
A historical proposal links Atlantic wind development with transmission and neighbouring electricity systems.
Read article : Wind West and the opportunity for regional electricity planning
How building design, controls and flexible loads can support electrification while limiting peak demand.
Read article : Building Nova Scotia’s grid-responsive future
Transportable batteries offer a different approach to temporary power and grid support.
Read article : Mobile battery storage: lessons from Vermont
Rondo’s thermal storage concept illustrates a different way to match electricity supply with industrial heat demand.
Read article : Heat batteries and the opportunity for industrial electrification
An archived pilot illustrates how businesses can be compensated for providing short-duration demand flexibility.
Read article : Demand response: lessons from the Smart Synergy pilot
An archived production-growth chart provides context for expectations about battery costs.
Read article : Battery production growth and the cost outlook
A municipal energy group visit explored how utility and household batteries could support renewable integration.
Read article : Elmsdale’s Intelligent Feeder: an early storage example