Improve design and payback on PV projects

• Research beyond the business plan
• Marketing options and rates
• The ability to turnaround consulting
• The ability to turnaround consulting

1. Assessing Energy Needs

• Energy Consumption Analysis :
  • Review your electricity bills over the past year to determine average daily and monthly energy consumption (in kWh).
  • Identify peak consumption periods.
• Future Growth:
  • o Consider potential increases in energy use (e.g., electric vehicles or appliances).

2. Site Assessment

• Location Information :
  • Latitude and longitude.
  • Climate and weather data.

3. Shade Analysis

Shade analysis ensures that your solar panels receive maximum sunlight. Here’s how to conduct it:

• Step 1 : Identify Shading Sources
  • Nearby buildings, trees, utility poles, and chimneys.
  • Seasonal variations in shading (e.g., trees with leaves in summer but bare in winter).

• Step 2: Tools and Techniques
  • Solar Path
  • 3D Modeling
  • Drone Surveys

• Step 3: Analyze Shading Impact
  • Measure shading at different times of the day and seasons.
  • Create a shading map indicating areas with high, moderate, or low shading

• Step 4: Optimize Panel Placement
  • Position panels in locations with the least shading during peak sunlight hours (10 a.m.–4 p.m.).

4. System Design

Shade analysis ensures that your solar panels receive maximum sunlight. Here’s how to conduct it:

• Step 1: Select Solar Panels
• Seasonal variations in shading (e.g., trees with leaves in summer but bare in winter).

• Step 2: Tools and Techniques
  • Solar Path
  • 3D Modeling
  • Drone Surveys

• Step 3: Analyze Shading Impact
  • Measure shading at different times of the day and seasons.
  • Create a shading map indicating areas with high, moderate, or low shading

• Step 4: Optimize Panel Placement
  • Position panels in locations with the least shading during peak sunlight hours (10 a.m.–4 p.m.).