The complexities of deploying utility-scale solar are not new to developers and other industry stakeholders. These can range from issues around environmental impacts and equity to challenges regarding land-use, permitting and policy. Given the importance of large-scale solar on our country\u2019s clean energy transition, many are seeking new collaborators to address these difficulties and facilitate its growth.<\/p>\n
Matt Paules, director of IBEW’s construction and maintenance department, explained that there are more than 70 solar-specific jobs outlined in the agreement, with each assigned to a specific union\u2019s members.<\/p>\n \u201cWhere a normal project would include sometimes lengthy and contentious pre-job negotiations between the developer, contractors and the trades involved, working under this agreement eliminates that conflict entirely,\u201d he said.<\/p>\n Under the agreement, general roles are pre-agreed: operating engineers are responsible for posts, laborers handle the racking and electrical workers hook up the panels and balance of electrical. The NTTSA also mitigates risk to developers and contractors in the following ways:<\/p>\n \u201cWe believe this agreement is going to be a game-changer for developers and contractors in terms of getting jobs done on time and budget, easily meeting all the requirements of the IRA and eliminating the inter-trade conflicts that can slow jobs down,\u201d Paules said.<\/p>\n A recent project based in the Northeast represented a different kind of collaboration to expedite large-scale solar deployment. The New York State Energy Research and Development Authority (NYSERDA) sponsored<\/a> a coordinated effort between software developer Utilidata<\/a>, utility National Grid, national solar developer Standard Solar<\/a> and the National Renewable Energy Laboratory. The project was a large-scale solar farm in upstate New York that explored the use of smart inverters in grid decarbonization. It used a holistic approach that brought together stakeholders from key segments of the industry to find a cost-effective way for utilities and developers to lower barriers to greater solar adoption.<\/p>\n Conversation is another way industry stakeholders have collaborated around this issue. A unique 2023 GRIDTech Forum<\/a> gathered a mix of utility executives, representatives of regional transmission organizations, state legislators and developers to discuss how the disparate segments of the energy industry can work together to address grid-related issues. One particular focus was the successful buildout of the \u201csmart grid\u201d in deploying large-scale solar and battery storage.<\/p>\n The \u201cSolar Uncommon Dialogue\u201d session proved to be a particularly impactful series of conversations. The dialogue convened conservation groups, tribal interests, community representatives, environmental advocates and solar developers to identify mutually beneficial ways of addressing challenges around large-scale solar deployment. It resulted in an agreement<\/a> to continue to work together and identify how to develop utility-scale solar in a way that champions land conservation and the interests of local communities.<\/p>\n<\/a>One recent effort involved three prominent labor unions. In October last year, the International Brotherhood of Electrical Workers (IBEW), the Laborers\u2019 International Union of North America (LiUNA) and the International Union of Operating Engineers (IUOE) signed a national tri-trade solar agreement<\/a> (NTTSA) that streamlines the construction process for utility-scale solar projects.<\/p>\n
\n