A renewable energy engineer is designing an offshore wind farm. Each wind turbine generates 3.5 megawatts of power. If the farm needs to produce a total of 70 megawatts to meet a small towns energy needs, how many wind turbines are required?

Sun, 03 May 2026 13:28:36 +0000

**A renewable energy engineer is designing an offshore wind farm. Each wind turbine generates 3.5 megawatts of power. If the farm needs to produce a total of 70 megawatts to meet a small town’s energy needs, how many wind turbines are required?** As clean energy accelerates across the U.S., offshore wind projects are emerging as a key solution to clean up regional power grids. With communities demanding reliable, renewable electricity to decrease fossil fuel dependence, engineers are stepping into complex design roles—crafting massive offshore wind farms capable of powering entire towns. When a single turbine delivers 3.5 megawatts of energy, how many units are needed to supply 70 megawatts? This question reflects growing interest in sustainable infrastructure and energy independence. A renewable energy engineer is designing an offshore wind farm. Each wind turbine generates 3.5 megawatts of power. If the farm needs to produce a total of 70 megawatts to meet a small town’s energy needs, how many wind turbines are required? The math is straightforward: dividing total power demand by turbine output gives the answer. 70 megawatts divided by 3.5 megawatts per turbine equals 20. This means 20 turbines are needed to meet the energy target. However, real-world planning requires more nuance than simple division. Engineers account for factors like turbine efficiency, spacing, maintenance schedules, and regional wind patterns. In practice, additional turbines may be deployed to buffer against variability and ensure consistent power delivery.