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Cambridge is renowned for its concentration of biotechnology, life sciences, and research companies. And with energy-intensive research environments having substantial electricity requirements throughout the day, these facilities offer a unique opportunity for commercial solar panel installation in Cambridge.
So, let’s take a look at how solar PV systems can support these Cambridge-based facilities, and what businesses can do to make better use of their on-site solar power.
Solar generation and research demands: Research facilities, laboratories, and offices typically operate at full capacity during the day, and this makes them a prime candidate for solar PV systems. Businesses can use the electricity generated on-site to reduce their reliance on grid power and lower their ongoing energy costs.
However, energy consumption within these environments is often more complex than the average commercial building.
Ventilation, temperature control systems, fridges, and specialist research equipment often need to run continuously, which can create a substantial demand for electricity. As these need to remain in operation to maintain safe and stable research, it’s critical that electricity requirements are properly assessed and system sizes are carefully considered.
Making the most of available roof space: The amount of available roof space is another important consideration for businesses in these industries who are planning solar installations. The roofs of many research facilities hold ventilation equipment, extractions systems, and other essential building services, which can reduce the amount of usable space left for panels.
Establishing how much of the roof is actually sustainable for solar panels, while taking into account roof orientation, shading from trees and nearby buildings, and seasonal sunlight variation is important for gaining an accurate understanding of expected electricity generation and potential savings.
Consider battery storage: If electricity demand is still high well into the evening, using surplus daytime energy can be extremely beneficial.
By storing any unused electricity that was generated during daylight hours, facilities can also reduce their reliance on the grid outside of daylight hours or when solar output is lower.
Facilities must think long term: To get the most out of solar power investments, research businesses in Cambridge must take the time to understand their electricity requirements and expected energy generation to ensure appropriate systems are put in place.
This can help businesses make better use of their on-site solar power, reducing dependence on grid-supplied power and increasing the control they have over their energy costs.
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