10+ Vishwas Co Operative Bank Interview Questions and Answers

The maximum DIA of bars used in making MCR building in solar is typically around 32mm.

• The maximum DIA of bars used in MCR building in solar is usually around 32mm

• The size of bars may vary depending on the specific design and requirements of the building

• Thicker bars may be used for added strength and durability in certain cases

The diameter of steel bars kept for padestal in making inverter control room in solar is typically around 12mm to 16mm.

• The diameter of steel bars for padestal in inverter control room is usually between 12mm to 16mm.

• The specific diameter may vary based on the design and load requirements of the structure.

• Thicker steel bars may be used for heavier loads or taller structures.

• Thinner steel bars may be sufficient for lighter loads or shorter structures.

The Indian Standard Code for Concrete in Solar Construction is IS 456:2000.

• IS 456:2000 is the code for the design and construction of reinforced concrete structures.

• It covers the general requirements for the design and construction of concrete structures in solar projects.

• The code provides guidelines for materials, design, construction, and quality control of concrete in solar construction.

The actual depth of pile in reaction and lateral pile depends on various factors such as soil conditions, load requirements, and design specifications.

• The actual depth of pile in reaction and lateral pile is determined by the soil conditions at the site.

• The load requirements for the structure being supported also play a significant role in determining the depth of the pile.

• Design specifications, including factors such as lateral stability and settlement considerations, will a...read more

The gap of Reaction and lateral pile refers to the distance between the reaction point and the lateral pile in a solar structure.

• The gap of Reaction and lateral pile is important for determining the stability and load distribution of the solar structure.

• The actual gap can vary depending on the design and specifications of the solar project.

• A larger gap may provide more flexibility in load distribution, while a smaller gap may increase stability.

• Proper calculation and placemen...read more

Grade of concrete used in solar construction varies depending on the specific requirements of the project.

• Grade of concrete typically used in solar construction ranges from M15 to M30.

• Higher grades of concrete may be used for structures requiring more strength and durability.

• Factors such as load-bearing capacity, environmental conditions, and project specifications influence the choice of concrete grade.

A topography survey in Solar construction is a detailed study of the physical features of a site to determine the best placement of solar panels.

• Topography surveys involve mapping out the elevation, slope, and other natural features of the land.

• This information helps engineers design the most efficient layout for solar panels to maximize sunlight exposure.

• Topography surveys are essential for identifying potential shading issues and optimizing energy production.

• Examples of too...read more

Soil testing is crucial in solar construction to determine the soil's ability to support the weight of solar panels and assess its corrosiveness.

• Determines soil's load-bearing capacity for proper foundation design

• Identifies corrosive properties of soil that may affect equipment longevity

• Helps in selecting appropriate mounting systems based on soil composition

• Ensures stability and durability of solar installations over time

There are mainly two types of pile testing: Dynamic Testing and Static Testing.

• Dynamic Testing involves methods like Pile Driving Analyzer (PDA) and High Strain Dynamic Testing (HSDT).

• Static Testing includes methods like Static Load Test (SLT) and Statnamic Testing.

• Dynamic Testing is used to assess the integrity of a pile during installation, while Static Testing is used to determine the load-carrying capacity of a pile.