Shading Sample Clauses
The Shading clause defines the requirements and standards for providing shade in a particular context, such as construction projects, outdoor events, or landscaping. It typically specifies the type, extent, and placement of shading structures or materials, ensuring that adequate protection from sunlight is provided for people, equipment, or sensitive materials. By setting clear expectations for shading, this clause helps prevent issues related to excessive heat or sun exposure, thereby promoting safety, comfort, and compliance with relevant regulations.
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Shading. The design is based on existing visual conditions on site. Removal of trees or other obstructions to install the solar arrays and system components is included as reflected in the Tier 1 array layouts. Trees and/or other obstructions identified for removal or trimming by Customer must be removed or trimmed prior to substantial completion or performance expectations/guarantees will require adjustment which will be handled as a change to the contract. At Substantial Completion an as-built shade study and performance simulation will be completed to ensure accuracy of initial shading assumptions.
Shading. Bridges or ferry ramps would partially shade littoral areas, reducing primary productivity and possibly limiting the distribution of some algae, while extending the distribution of other taxa. Examples of the effects of partial shading on steeply sloped rocky intertidal areas were reported at Stations PEN-4 and PEN-4A (see Phase II Marine Reconnaissance Survey; Pentec, 2001), where the middle and upper intertidal elevations were relatively devoid of macroalgae. However, below MLLW (and out from under the influence of overhanging trees), a typically lush kelp-dominated flora was found. The presence of over-water structures (bridges, causeways, and ferry docks) might partially shade portions of the adjacent beach and subtidal bottom areas. The area under a dock or causeway would likely receive full- time shade, whereas the area under an elevated bridge section would not, because the shadow cast by structures high above the water would move across the water as the sun traversed the sky. Because the upper limits of many intertidal species, including eelgrass, are set by the degree of desiccation experienced (shading would reduce desiccation) shading by project structures would allow some species to extend their ranges upslope. However, since lower limits of vegetative growth are set by light level, net loss of eelgrass or kelp productivity would result from the project if deeper portions of beds were shaded. If this occurred, eelgrass or kelp bed habitat area would be incrementally reduced, reducing the area of refuge and rearing for juvenile salmonids during their migrations as well as for other aquatic organisms such as Dungeness crabs. Reduced eelgrass productivity would also decrease the eelgrass blade area available to support epiphytic crustaceans, which are an important food source for juvenile salmon.
Shading. Each System’s output expectations are based on current site conditions. Introducing new shade onto the solar modules will have a negative impact on performance. Design-Builder will not be responsible for loss of production due to shade that is introduced after the System has been installed. Building alterations, new structures, satellite dishes and new tree growth are examples of objects that cause shade if placed in close proximity to the solar array. With the exception of managing vegetation that affects the performance of any ground-based System, which is the Design-Builder’s responsibility per the terms of the O&M Agreement, the District is responsible for maintaining the current site conditions or notifying Design-Builder of any new shading at which time Design-Builder will incorporate new shading into a revised SETMC, which will have a corresponding effect on the SEAMC.
Shading. Where the shade factor (SF) is less than 1 (i.e. shading is present): Where the MCS methodology is used: - Shading will be present on your system that will reduce its output to the factor stated. This factor is calculated using the MCS shading methodology and we believe that this will yield results within 10% of the actual energy estimate for most systems. Where another methodology is used: Shading will be present on your system that will reduce its output to the factor stated. This factor will be NOT calculated using the MCS shading methodology, but we can confirm that the system as quoted, taking into account the shading present, will deliver at least 90% of the energy (in kWh) as set out in the performance estimate as part of your performance estimate.
Shading. Purchaser shall use all commercially reasonable means to prevent any shading of the System by any party. In the event Purchaser tolerates or causes any shading of the System, Purchaser shall be liable to Seller for Seller’s lost revenue—as reasonably calculated by Seller—as a result of such shading.
Shading. For south-facing windows, at least 50% of the window needs to be shaded by June 21.
Shading. For the arrangement of the Radiants on the ground, the Studies & Research Office of Ecoware has concluded that the best available position on the ground is that resulting from the following formula: File: R.01 - Technical report - Radiant 36 - ▇▇▇▇▇▇▇▇▇▇
Shading. Mounting a cooler in the shade or the sun makes little difference as to temperature of the air produced by the cooler. However, placing the cooler in the shade will deny algae the sunlight it requires to grow and may extend the life of your pads.
Shading. Offeror shall avoid excessive shading on modules to the extent possible. Where shading losses are encountered, Offeror shall perform a shading analysis justifying the basis for their design, including any proposed tree removal, and explaining why shading does not create an adverse performance and/or economic impact.
Shading. Continuous horizontal window shading shall be provided on the exterior above the windows as appropriate, and color of the material should be consistent with the simple, monolithic building style.