An industrial designer calculates energy savings from switching to solar-powered manufacturing. If the facility previously used 2400 kWh monthly and solar supplies 65% of demand, how many kWh must still be drawn from the grid?

Thu, 16 Apr 2026 16:18:04 +0000

**An industrial designer calculates energy savings from switching to solar-powered manufacturing. If the facility previously used 2400 kWh monthly and solar supplies 65% of demand, how many kWh must still be drawn from the grid?** As businesses across the U.S. seek smarter, cost-effective, and sustainable operations, an often-asked question emerges among planners and manufacturers: *How much energy still needs to be sourced from the grid when switching to solar-powered production?* With industrial energy costs rising and green innovation gaining momentum, understanding how solar integration reduces dependency offers clear advantages—and clear numbers. According to recent data from the Department of Energy, U.S. manufacturing facilities consuming an average of 2400 kWh per month see nearly two-thirds offset by solar power when optimized. That equates to 65% of demand met by sunlight, meaning only 35% remains drawable from the grid. **Why design with solar in mind? A growing trend reshaping industry**