Going Green: Who’s Moving Over to Solar Energy?

The use of solar energy in the commercial realm has been experiencing a steady rise due to many reasons including rising costs of energy, attractive incentives, and corporate responsibility. According to the US Energy Information and Administration (EIA), solar power made up 54% of all new electricity capacity added to the American grid in 2025.  The commercial sector grew 6% last year compared to the residential sector which remained flat. Businesses continue to adapt to changing conditions making enterprises productive and sustainable in the long run. But which companies and sectors are making the switch and why are they doing so?

Agriculture Sector Diversifies

Solar adoption in the agriculture sector is accelerating with the introduction of agrovoltaics, that is, co-locating solar panels with active crop production, livestock grazing, or greenhouse systems. Given that farms possess large land areas and high daytime energy needs, the idea of dual-use solar deployments makes perfect sense. Modern farming is power intensive requiring massive amounts of energy to run irrigation pumps, grain dryers, cold-chain refrigeration, and so on. Therefore, generating onsite solar power protects agricultural operations from fluctuating utility tariffs and safeguards valuable inventory during power outages.

Another advantage of agrovoltaics is that elevated mounts still allow farming equipment or livestock to pass underneath while producing clean power. In addition, the shade provided by elevated panes reduces evaporation rates lowering water usage by as much as 30% according to Fortune Business Insights. Crops that tolerate shade such as leafy greens, berries, and root vegetables show improved yields due to avoidance of heat stress and sunburn. Farms can also sell surplus electricity back to the grid for extra income during bad harvests or calamities.

Warehousing, Logistics, and Real Estate

Logistics centers, warehouses, and commercial real estate often have vast, flat roof areas making them ideal for on-site roof installations. The large unused rooftop spaces do not need complicated engineering adjustments to support solar photovoltaic (PV) panels. For example, a typical warehouse with space from 10,000 to 100,000 square feet can generate between 100kW-1MW+ systems. Hence, 10,000 square feet fitted with 250-300 panels will produce about 100-130kW that will cover 40-60% of electricity needs according to estimates from Solargridcheck UK.

Real estate developers also leverage solar to comply with strict green building standards and attract higher-paying tenants. Big-box retail and supermarkets create some of the largest corporate footprints globally. They run heating, ventilation, and air-conditioning (HVAC) systems and cold-chain refrigeration continuously. Solar is a solution to lower peak demand charges.  Although big names like Target, Walmart and Amazon have important solar programs, there is still a huge, untapped capacity for solar energy. The US has a massive roof space that could be covered with solar panels with the potential of powering 8 million homes says Environment America.

Manufacturing and Industrial Facilities

Both sectors have high-load electricity demands. They operate major energy-consuming processes such as heavy machining, smelting, and continuous assembly lines, to name some. These processes also take place during daytime which can directly match peak solar generation. As such, converting to solar power helps in coping with volatile grid pricing dramatically reducing bills.  Since these sectors operate on tight profit margins, generating power on site enables them to predict energy costs in the long run insulating their operations from utility rate spikes.

Furthermore, major buyers now require that supply-chain suppliers lower their Scope 1 and Scope 2 emissions for contract renewals. For context, these emissions are established by the world’s most widely used greenhouse gas accounting standard or the Greenhouse Gas (GHG) Protocol. Direct emissions that come from sources owned by an enterprise such as furnaces, trucks, or boilers fall under Scope 1 while indirect emissions that are created because of energy bought and utilized by the company including heating and electricity are categorized as Scope 2. Therefore, installing solar panels enables manufacturers to lower their carbon footprint overall.

Solar energy plays an expanding and significant role in different sectors. It is no longer about environmental stewardship. Integrating solar power in businesses represents a strategic shift treating electricity as a predictable long-term asset. Taking a step further, solar combined with battery storage is a sustainable strategy to fuel the operations and growth of sectors and businesses.