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Renewable Energy Transition Roadmap
In January 2019, council adopted a new Environmental Master Plan that includes community-wide goals of achieving 30% emissions reductions by 2030, and 80% by 2050 (relative to 2016 emissions levels) and the goal of achieving 100% renewable energy by 2050. The Renewable Energy Transition Roadmap is a long-term technical blueprint that provides pathways to achieving these ambitious goals.
The Roadmap is also a climate action plan – the first developed for the Banff community since 2003. The cornerstone of the plan is a comprehensive greenhouse gas emissions inventory for the community that uses 2016 as a reference year. From this reference year, two scenarios were modelled to the year 2050, based on assumptions for population, land use, technology uptake, and a variety of external factors. The scenarios include: 1) business-as-usual (BAU), which describes the community’s emissions trajectory assuming no new emissions reduction efforts are undertaken, and 2) low-carbon (the ‘Roadmap’ proper) which documents the emissions impact of an ambitious suite of 30 actions. These actions are grouped into four broad categories:
- Energy efficient buildings
- Local low-carbon energy
- Importing renewable energy
- Low-carbon transportation
The Roadmap describes the proposed actions in detail, summarizes the modelling results, and makes recommendations for implementation/next steps.
Study Boundary
An accurate GHG inventory requires the selection of a suitable physical boundary that defines what sources of energy and emissions will be included. This study’s project boundary does not coincide exactly with Town’s municipal boundary (Figure 3). The numerous Parks Canada sites and hotel/resort properties located immediately outside the official town boundary are inseparable from the town proper in terms of employment, tourism activities, transportation systems, water services, waste management, and other factors. Additionally, these sites all lie ‘behind’ the Town’s permanent traffic counters located on Norquay Rd and Banff Ave, so including these sites greatly simplifies the transportation modelling aspect of the study. Although originating outside the study boundary, intercity/visitor transportation emissions are included in the emissions inventory and modelling.
Proposed actions for energy efficiency improvements in buildings
# | Action | Application | Assumptions and Timing |
---|---|---|---|
New Buildings | |||
1 | New and renewed residential building energy performance requirements | Increased energy efficiency in residential buildings as part of an enhanced building code. | All new buildings are Passive House compliant starting in 2030. |
2 | New and renewed commercial building energy performance requirements | Increased energy efficiency in commercial buildings as part of an enhanced building code. | All new buildings are Passive House compliant starting in 2030. |
Existing Buildings | |||
3 | Energy efficiency retrofits of homes | Make existing housing stock more energy efficient. | 90% of all dwellings achieve thermal savings of 50% and electrical savings of 50% by 2050. (17,350 m2 retrofit/year) |
4 | Energy efficiency retrofits of commercial/hospitality buildings | Make existing commercial building stock more energy efficient. | 90% of all commercial buildings achieve thermal savings of 50% and electrical savings of 50% by 2050. (10,000 m2 retrofit/year) |
5 | Municipal building retrofits | Make municipal buildings more energy efficient. | 100% of all municipal buildings achieve thermal savings of 50% and electrical savings of 50% by 2030. |
6 | Recommissioning | Periodically reset and optimize buildings’ HVAC and energy systems for peak energy performance. | Recommission all major buildings every 5 years to reset performance to baseline or better. |
Proposed actions for emissions reductions from energy generation
# | Action | Application | Assumptions and Timing |
---|---|---|---|
Heat & Power from Biomass/Biogas | |||
7 | Wood waste district heating | Wood chip boiler to heat Town buildings (possible future expansion) | Capacity: 150 kW by 2020 |
8 | Biogas (RNG) Cogeneration | Anaerobic digestion of biosolids and/or food waste at the WWTP | Capacity: 220 kW by 2026 |
District Energy with Natural Gas Cogeneration & Geoexchange | |||
9 | Congeneration | Natural gas, RNG at Fenlands Rec Centre | Capacity: 294 kW by 2023 |
10 | Congeneration | Natural gas, RNG, and geo-exchange in downtown core | Capacity: 3.34 MW by 2023-2028 |
11 | Congeneration | Natural gas, RNG, and geo-exchange at Banff Centre | Capacity: 1 MW by 2023 |
12 | Congeneration | Natural gas, RNG, and geo-exchange at Banff Springs Hotel | Capacity: 1.83 MW by 2023 |
Distributed Renewable Energy Generation and Storage | |||
13a | Community-wide Solar PV | Residential rooftop | 1.45 MW by 2050 |
13b | Community-wide Solar PV | Commercial and hospitality rooftop | 11.5 MW by 2050 |
13c | Community-wide Solar PV | Parking lot solar canopies (80% of lots and 60% ground coverage) | 9.6 MW by 2050 |
14 | Facilities Solar | WWTP site | 120 kW by 2023 |
15 | Small scale wind | Small wind turbine at the WWTP | 5 kW by 2023 |
16 | Heat recovery at WWTP | Heat pumps to recovery heat from treated effluent | Capacity: 90 kW by 2023 |
17a | Heat pumps (ambient heat) | Residential air source and ground source heat pumps | 55% of homes have heat pumps installed by 2050 |
17b | Heat pumps (ambient heat) | Commercial air source and ground source heat pumps | 75% of commercial buildings (unless connected to district heat) |
18 | Electricity storage | Local or utility-scale storage for electricity generated from renewables | 1.7 MW total |
Proposed actions for emissions reductions from imported energy
# | Action | Application | Assumptions and Timing |
---|---|---|---|
Importing Renewable Energy | |||
19 | Renewable electricity procurement | Purchase renewable energy from outside of town | Increase renewable electricity purchases, as a percentage of all electricity consumption to: |
20 | Renewable natural gas procurement | Purchase of RNG from outside of town | Increase RNG purchases, as a percentage of all natural gas consumption to: |
*ATCO (Banff’s natural gas distribution company) supports the Canadian Gas Association’s 2030 target of 10% RNG blended into natural gas streams. The Roadmap goes beyond this target post-2040.
Proposed actions for emissions reductions from transportation
# | Action | Application | Assumptions and Timing |
---|---|---|---|
Transit | |||
21 | Increase transit frequency | Increase frequency on Route 1 to every 5 minutes; Route 2 every 10 minutes; all other routes to every 15 minutes | Increase in-town transit mode share to 20% by 2030. |
22 | Expand regional transit | Expand rapid transit routes and frequencies between Banff, Lake Louise, Canmore. | Increase regional transit mode share to: |
23 | Expand intercity transit (Calgary to Bow Valley) | Introduce an on-road electric train/coach bus service between Banff and Calgary. | Increase external transit mode share to |
24 | Electrify local/ regional transit | Transition Roam fleet to EV buses. | 100% electric by 2030 |
Vehicle and Fleet | |||
25 | Electrify Town fleet | Install charging stations at most public buildings. | Municipal vehicles are 100% electric by 2030. All civic facilities have charging equipment by 2022. |
26a | Coordinate EV incentives for local vehicles | - Improve awareness incentive programs | - 100% of local new vehicle sales are EVs by 2030. |
26b | Coordinate EV incentives for visitor vehicles | - Improve awareness incentive programs | - 100% of local new vehicle sales are EVs by 2030. - 100% of vehicle sales to visitors are EVs by 2040 |
27 | Electrify commercial vehicles | Freight and delivery vehicles are electrified. | 100% of new commercial vehicles are electric by 2030 |
28 | Create a carshare service | A carshare service is implemented, based on successful examples in other cities. | Car ownership and vehicle mode share decline 5% by 2025. |
29 | Congestion charge/ car-free zones | Designate Banff’s downtown area as an active transportation and transit only area (restricted use or congestion charge). | Shift 30% of day visitors to active and transit transportation modes. |
Active Transportation | |||
30a | Cycling infrastructure and programs | Create cycling lanes, storage options, bike lanes, and bike and e-bike sharing programs. | Increase cycling mode share to 15% by 2030. |
30b | Walking infrastructure and programs | Improve walking infrastructure (sidewalks, crosswalks) and wayfinding | Increase resident and visitor walking mode shares to 50% by 2030. |