As the world faces depleting natural resources and fluctuating fossil fuel production costs, industries and businesses are seeking solutions to stabilise their energy expenses and secure long-term visibility, while maximising production and minimising carbon emissions. With falling costs and ever-innovative technologies, renewable energy, and solar energy in particular, is a much-needed beacon of performance and profitability in unpredictable times.
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Our dual approach, which combines global expertise and locally anchored operations, enables us to develop cost-effective, turnkey PV solutions tailored to industry, the service sector, and evespeedn public institutions o necessary and scale.
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With the expected surge in electricity demand, solar projects will grow in size and complexity, making their integration into the power system challenging while maintaining transmission capacity and grid stability. Incorporating a greater share of intermittent renewable energy sources necessitates advanced expertise in high-voltage (HV) and battery systems across generation and distribution networks, contingent upon grid stability and other available power generation options.
In this environment, industries and businesses are looking for a reliable, world-class expert as a partner and expect comprehensive solutions that align top performance and profitability. Cost-efficiency and on-time delivery are critical. That's why we've leveraged our decade-long industry experience and combined our best engineers and technicians in photovoltaics and high voltage into a single one-stop entity: Equans Solar & Storage.
With 550 MWh of battery storage capacity already installed worldwide, Equans Solar & Storage offers solar and storage solutions that span the entire value chain from design and planning to operation, installation, monitoring and maintenance.
Distributed energy storage systems are a crucial corollary to large-scale solar projects. Implementing them requires operational precision and deep expertise to rethink business models, optimise existing energy systems, understand customer needs, and coordinate PV projects according to local consumption – and do it at scale.
Equans brings together honed precision through its terrain-based teams operating alongside our clients with the ability to provide localised and industry-specific solutions on a global scale through our partner network. This was recently showcased in our strategic collaboration with Swedish solar energy leaderSolkompaniet to meet Sweden’s need for 100 MW + solar parks with the objective of reaching the country’s large-scale sustainable energy goals.
Financial benefits, such as saving on utility payments and avoiding electricity rate hikes, are a key driver of U.S. adults’ willingness to consider installing rooftop solar panels or subscribing to community solar power, a new study suggests.
Researchers at The Ohio State University conducted a national survey to gauge consumer perceptions about adopting solar power. Though previous work has examined views about rooftop solar, this study is the first assessment of public opinion about accessing community solar energy for household use.
The findings led researchers to recommend that policymakers and industry leaders increase marketing campaign references to the practical reasons for embracing solar power – including saving money and improving property values without taking big risks – to encourage broader residential use.
“Emphasizing the practical benefits of adopting solar, whether it’s rooftop or community, might be the most effective avenue to achieve increased adoption in the real world,” said first author Naseem Dillman-Hasso, a doctoral candidate in the School of Environment and Natural Resources at Ohio State.
The study also revealed that most participants didn’t understand what community solar is and few had looked into it, suggesting more public awareness is needed to expand consumer access to this more equitably distributed renewable energy source, said senior author Nicole Sintov, associate professor of behavior, decision making and sustainability at Ohio State.
“Community solar is a great option for people who are unable to access rooftop solar,” she said. “We show that there are still some significant barriers to entry, and we’ve got to start with letting people know what it is.”
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The research was published recently in the journal Energy Research & Social Science.
As of , 8% of U.S homeowners had installed rooftop solar panels at an average cost of between $17,000 and $23,000 after applying a federal tax credit, according to the Pew Research Center. Under community solar programs, energy generated at an off-site solar array is supplied to multiple customers within a defined geographical area who receive credit on their electricity bills for energy produced by their share of the project.
With residential solar use still relatively low, Sintov and Dillman-Hasso sought to understand what could motivate households to consider solar as an energy option.
They based the study on a consumer behavior theory suggesting that three common factors, or attributes, contribute to adoption of sustainable innovations – practical purposes (instrumental attributes), conveying one’s social consciousness to others (symbolic) and protecting the planet (environmental).
A sample of 1,433 adults living in the United States was recruited for the online survey. Participants were asked about their willingness to adopt rooftop or community solar and whether they had taken action toward adoption, such as researching the options, talking with friends or family, or contacting an industry expert.
They also were asked to agree or disagree with a series of statements representing the instrumental, symbolic and environmental attributes related to adopting solar. For example, the statements said purchasing or leasing solar “means that I’m a good community member,” “would save me money” and “would be a good way to reduce my environmental impact.”
Statistical analysis showed that positive feelings about all three attributes increased the likelihood respondents would be willing to pursue rooftop or community solar as a household power source. But the factors linked to practical benefits (including finances) were “by far the strongest predictor above and beyond anything else,” Dillman-Hasso said.
The magnitude of the effect of practical factors was a surprise, but it wasn’t the only surprising finding in the study.
Participants were less willing to consider subscribing to community solar than to take on rooftop solar installation – even though rooftop solar generally isn’t available to people who don’t own their home or can’t afford the installation.
“You don’t want to adopt something that you don’t know about,” Dillman-Hasso said. “Given the realities of community solar having much lower barriers to adoption – you don’t need financing and you don’t have to physically put panels on your roof – it was interesting to see that the willingness to adopt community solar was lower than rooftop.
“That potentially points to a lack of knowledge or more apprehension around a newer distribution method of electricity.”
As a behavioral scientist, Sintov said she doesn’t typically issue a generic call for “raising awareness,” given humans’ complexity – but in the context of community solar, the phrase applies.
“In this case, lack of awareness is a barrier, and I think both policymakers and entities that are trying to sell community solar plans could be working toward raising awareness,” she said.
This study focused on willingness to adopt rather than actually installing panels or subscribing to community solar power. In separate projects, Sintov and Dillman-Hasso are studying different groups of solar power customers to look for factors that lead to signing up for and sticking with solar.
This work was supported by Interstate Gas Supply – Energy, an independent supplier of energy, including solar.
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