Our APPROACH

Environment

Respect Our Surroundings

Wetlands and Water Resources

Wetland scientists surveyed both sites and delineated wetland and water features, which have been confirmed by both NYSDEC and USACE. The RIC Limberlost I Solar Project parcel contains one wetland and two ditches along Limberlost Road. The area of the proposed solar facility avoids the wetland and the ditches. No streams or open waters were delineated on site.

The RIC Limberlost II Solar Project parcel contains three wetlands and one ditch. No open waters were delineated during the field survey. The area of the proposed solar facility avoids the wetland and the ditches.

Wildlife and Wildlife Habitat

The RIC Limberlost Solar Projects areas are agricultural fields that do not support many wildlife species or provide high-value wildlife habitat. Based on consultation with the NYS Department of Environmental Conservation they did not identify any occurrences of rare, threatened, or endangered species or critical habitat.

Consultation with the US Fish and Wildlife Service identified the potential for Northern Long-eared Bat (endangered species). We then consulted their Determination key, which provided a conclusion, that there would be No Effect to species expected from this project. The proposed solar facility avoids forested areas and will not impact local wildlife or wildlife habitat. After construction, pollinator friendly vegetation will be planted within the area that will attract pollinating insects, such as bees, which have been declining in population.

Soils, Vegetation, and Agriculture

The RIC Limberlost Solar Projects areas are composed of existing agricultural fields. The Projects will be sited on the existing farm field and no tree clearing will be required. Within the solar array, a low-growing seed mix will be used. This mix may be comprised of warm- and cool-season grasses that do not typically exceed a height of two feet, thus eliminating any concerns for shading.

The RIC Limberlost Solar Projects will use agricultural land only during the useful life of the Projects (approximately 25 - 30 years) after which it will be returned to a condition that can be farmed. Soils are depleted of nutrients when land is continuously farmed, and fertilizers must be applied on an annual basis to continually grow crops. A common practice in agriculture is to allow fields to rest in fallow periods that can range from one to five years. This allows the land to recover and store organic matter while retaining moisture and disrupting the lifecycles of pathogens by temporarily removing their hosts. The lifespan of a solar farm is essentially a long fallow period and gives soils time to rest and replenish important nutrients.

Stormwater Management

The RIC Limberlost Solar Projects will not increase stormwater runoff, as existing drainage patterns will be maintained to the maximum extent practicable and minimal grading and impervious surfaces are proposed. Therefore, no significant changes to the rate or volume of stormwater runoff are anticipated as a result of project operations. However, if necessary, precautionary, and appropriate post-construction Best Management Practices (BMPs) will be installed and maintained according to the Project-specific NYSDEC approved stormwater pollution prevention plan (SWPPP) for the Project. BMPs include erosion and sediment control methods such as vegetative and structural measures, construction phasing and disturbance limits, waste management and spill prevention, and site inspection and maintenance.

Floodplains

The RIC Limberlost I Solar Project is not located within and will not impact any floodplains. The access road crosses a floodplain so a floodplain development permit will be requested.

The RIC Limberlost II Solar Project parcel is adjacent to a tributary of the Oriskany Creek and a portion of the parcel is within a FEMA designated floodplain. The proposed facility has been designed to completely avoid all floodplains.

Community

Keeping a Quiet Presence

Visual Aesthetics

The natural terrain and vegetation plus proposed landscaping will screen most of the Projects from view of public gathering places. A visual impact assessment (VIA) will be conducted for the Projects that analyzes the visibility of the Projects from roadways, adjacent properties, and publicly accessible locations. Evergreen landscape buffer plantings are proposed in areas of project visibility and photo simulations of pre-construction and post-construction conditions have been prepared.

Noise and Acoustics

The Projects areas were subjected to a Noise Impact Analysis to determine the decibel levels at given distances from the Projects equipment. During the Projects operation, concurrent operation of the solar plant site components and equipment was assumed to be limited to daytime hours only. After sunset, when the plant no longer receives solar radiation, the transformer will be in a lower power mode, the inverters will not produce noise, and the pad-mounted transformer will be energized but likely operating under low noise condition using natural draft cooling (no fans) due to reduced nighttime heat loads.

The results of the Noise Impact Analysis indicate the sound from the site is considered very quiet to faint at Reception Points 1 and 4 and faint to quiet at Reception Points 2 and 3. The equivalent sound level heard at Reception Points 1 and 4 would range from a typical wilderness area to a bedroom, quiet living room, or bird calls. The equivalent sound level heard at Reception points 2 and 3 would range from a bedroom, quiet living room, or bird calls to a quiet rural residential area with no activity.

CONSTRUCTION TIMELINE

Installation Process and Proper Maintenance

The tentative construction schedule assumes that mobilization and construction would commence 2-4 weeks after a building permit is approved. The expected overall timeline for construction and commissioning is approximately 18-20 weeks.

01
Mobilization
1 Week
Mobilization of construction crews and delivery of initial construction equipment.
02
Site Preparation
and Civil Work
3 Weeks
This phase starts with the implementation of erosion and sedimentation control measures being put in place prior to the start of construction. It continues with clearing and grading as well as the construction of the driveway and interior access road for the Projects.
03
Mechanical
installation
10 Weeks
This phase includes the installation of solar racking, which for this project is a single-axis tracker. The installation begins with post-driving, which is the only type of construction work that will generate higher noise levels but is limited only to 1-2 weeks and will be conducted within regular working day hours, to not cause any significant disruption to neighbors.

The rest of the activities include installation of the solar trackers, PV modules, inverters, transformers, etc. None of these activities generate any excessive noise, dust, or other forms of disturbance to the surrounding neighbors.
04
Electrical
installation
6 Weeks
Electrical work includes the installation of underground cables, wiring and termination of above ground cables on the solar trackers (connecting all modules into strings and connecting them to the inverters), wiring and termination of grid interconnection facilities.
05
QA/QC
inspections and
Commissioning
Regular quality assurance and stormwater management inspections will be implemented throughout the construction and installation period. Once all systems are installed and connected, a dedicated third-party engineering crew, along with the utility’s engineers, will conduct the final inspections and testing procedures before the system can be placed into operation and start generating and exporting energy into the grid.
01
Mobilization
1 Week
Mobilization of construction crews and delivery of initial construction equipment.
02
Site Preparation
and Civil Work
3 Weeks
This phase starts with the implementation of erosion and sedimentation control measures being put in place prior to the start of construction. It continues with clearing and grading as well as the construction of the driveway and interior access road for the Project.
03
Mechanical
installation
10 Weeks
This phase includes the installation of solar racking, which for this project is a single-axis tracker. The installation begins with post-driving, which is the only type of construction work that will generate higher noise levels but is limited only to 1-2 weeks and will be conducted within regular working day hours, to not cause any significant disruption to neighbors.

The rest of the activities include installation of the solar trackers, PV modules, inverters, transformers, etc. None of these activities generate any excessive noise, dust or other forms of disturbance to the surrounding neighbors.
04
Electrical
installation
6 Weeks
Electrical work includes the installation of underground cables, wiring and termination of above ground cables on the solar trackers (connecting all modules into strings and connecting them to the inverters), wiring and termination of grid interconnection facilities.
05
QA/QC
inspections and
Commissioning
Regular quality assurance and stormwater management inspections will be implemented throughout the construction and installation period. Once all systems are installed and connected, a dedicated third-party engineering crew, along with the utility’s engineers will conduct the final inspections and testing procedures before the system can be placed into operation and start generating and exporting energy into the grid.
PROJECT MANAGEMENT

Operation and Maintenance

The solar array, inverters, transformers, and all safety systems are fully automated and remotely monitored 24/7 through an electronic system and do not require constant on-site supervision or manual operation. As described below, the Projects require only periodic inspections, servicing, and maintenance, conducted by dedicated crews, per schedule or as needed.

Beyond the construction period, the Projects require very minimal on-site personnel. Regularly occurring management operations include landscaping (mowing and vegetation management) and annual inspections of the mechanical and electric installations and equipment. All these operations are performed by small crews and do not generate notable noise or traffic that is uncommon for an agricultural-residential or residential neighborhood.

During its normal operation, the solar installation:
  • Will not generate significant vehicle traffic
  • Will not generate any gas emissions
  • Will not pose a risk of any contamination of air, soil, or water resources
  • Will not generate waste
  • Will not require discharge of wastewater
  • Will not generate noise that would exceed the accepted standards
Project Removal

A Responsible Return to Its Original State

Utility-scale solar panels available on the market today are typically designed to last for at least 25 - 30 years and the RIC Limberlost Solar Projects will continually maintain the solar arrays and related equipment for the life of the Projects. At the end of their useful lives, the Projects may be renewed or they may permanently cease operations, at which time the Projects removal plan (approved by the Town of Kirkland) will be implemented to remove, reuse, and/or recycle equipment and related materials to return the Projects area to its pre-construction condition so that it is available for agriculture and other open space usages as determined by the landowner at that time.

The removal of the RIC Limberlost Solar Projects is, in many ways, the reverse of its construction. Much of the same equipment that was used in the construction of the Projects, such as trucks and backhoes, will again be used in the removal of the components. Steel, cable, and concrete will be removed and transported off-site for recycling and/or disposal at approved facilities. Licensed off-site disposal facilities will be identified at that time, as the availability of facilities is likely to change in the decades during the Projects' useful life. The removal of the facility and the site restoration are guaranteed through a bond, whereby the Town of Kirkland is the beneficiary. It is also important to mention that it is in the interest of RIC Limberlost Solar to recycle the bulk of the materials and equipment, which are projected to have a higher salvage value than the total cost of the removal and restoration.