Full-Time

Wind Technician

Clearway Energy

Clearway Energy

501-1,000 employees

Develops and operates utility-scale solar, wind

Compensation Overview

$41.6k - $90k/yr

+ Annual cash bonus

No H1B Sponsorship

Ritzville, WA, USA

In Person

Site-based employees work in person daily.

Bachelor's, Associate's

Category
General Maintenance & Repair (1)
Required Skills
SAP Products
Word/Pages/Docs
Excel/Numbers/Sheets

Get referred to Clearway Energy

See people who can refer or advise you

Requirements
  • A high school diploma or GED is required for the trainee level, or it may be obtained within the first six months of employment.
  • Able to climb towers unassisted up to 300 feet, work outside the nacelle and nosecone at the top of the turbine, and work safely in confined spaces.
  • Must possess a valid driver's license and a good driving record.
  • Demonstrable mechanical aptitude is required; no prior electrical experience is required for the trainee level.
  • Able to work safely in a wide range of adverse climates and environments.
  • Able to travel as required.
  • Knowledge of and ability to use various hand tools.
  • Able to communicate verbally and in writing.
  • Able to create, edit, or modify Microsoft Word and Excel documents.
  • Level I candidates must have demonstrable mechanical aptitude and basic electrical knowledge gained through direct work experience, such as electrical construction work, power generation or utility employment, or work as a licensed or apprentice electrician.
  • Level I candidates must be able to work with electrical wires, differentiate between color-coded wires, work without direct supervision, and meet the requirements of the Qualified Electrical Worker program.
  • Level II candidates must have either an associate degree in electrical or technical studies and six months of turbine experience, or a high school diploma/GED and one year of wind turbine experience.
  • Level II candidates must have an in-depth understanding of wind turbine components, including the electrical pitch system, computerized control system, and power conversion unit, as well as OEM-approved mechanical maintenance methods and practices.
  • Level II candidates must be able to perform mechanical and electrical equipment repairs.
  • Level III candidates must have either an associate degree in electrical or technical studies and two years of turbine experience, or a high school diploma/GED and three years of wind turbine experience.
Responsibilities
  • Follow safety procedures, observe safe working practices, and maintain a safe working environment under direct supervision.
  • Shadow and assist experienced technicians with wind turbine mechanical, hydraulic, and electrical component maintenance.
  • Document all work performed, parts used, and time spent using computer-based service reporting procedures.
  • Maintain hand tools in good working order and well organized.
  • Operate and maintain a service vehicle.
  • Work a flexible on-call schedule when needed, including weeknights, weekends, and holidays.
  • Pass an advancement exam and oral board upon completion of the training program within six months of hire.
  • Assist with wind turbine mechanical, hydraulic, and electrical component maintenance.
  • Assist in troubleshooting and repairing SCADA communication systems.
  • Help in all areas of site operations as directed by the Site Lead and Site Manager with minimal supervision.
  • Troubleshoot complicated mechanical, hydraulic, and electrical problems on variable-pitch, variable-speed wind turbines.
  • Assist in training and developing lower-level operations and maintenance personnel.
  • Perform mechanical, hydraulic, and electrical component maintenance, repair, and replacement to correct malfunctions.
  • Read and understand electrical schematics and wiring diagrams.
  • Use electrical test equipment to assist in troubleshooting and testing.
  • Lead maintenance and troubleshooting crews as necessary.
  • Safely perform lockout/tagout and mentor lower-level technicians in lockout/tagout.
  • Perform balance-of-plant and switchyard work as required.
Desired Qualifications
  • Ability to read schematics and wiring diagrams.
  • Previous experience with SAP.

Clearway Energy Group develops and operates renewable energy projects across the United States, including utility-scale solar and wind farms and community solar programs. It owns, develops, and runs solar and wind facilities, selling the electricity they generate to utilities and other large energy customers through long-term power purchase agreements (PPAs). This provides steady revenue and helps customers transition to clean energy. The company also has a controlling interest in Clearway Energy, Inc., acting as a sponsor that develops projects and provides administrative support. Compared with many competitors, Clearway Energy Group emphasizes owning and operating a large portfolio of projects (over 350) and carefully selecting EPC partners to ensure safety and performance. Its goal is to deliver clean, reliable, and affordable energy while advancing the energy transition for utilities, corporations, and communities.

Company Size

501-1,000

Company Stage

Debt Financing

Total Funding

$821.5M

Headquarters

San Francisco, California

Founded

2018

Get referred to Clearway Energy

See people who can refer or advise you

Simplify Jobs

Simplify's Take

What believers are saying

  • On August 25, 2026, Maine selected Clearway's 800-MW Aroostook wind project.
  • On August 5, 2026, Clearway raised its growth plan to about $3 billion through 2029.
  • Honeycomb opened in May 2026, and Spindle targets late-2026 operations with Xcel.

What critics are saying

  • Delaware litigation over the 2026 share-exchange restructuring threatens governance and financing flexibility.
  • Maine's 800-MW wind project still needs contracts, permits, transmission, and FERC approval.
  • The 2025 Form 10-K showed $8.674 billion indebtedness, pressuring returns if projects slip.

What makes Clearway Energy unique

  • Clearway pairs development, ownership, and operations across utility-scale renewables and storage.
  • Its 32-gigawatt pipeline spans wind, solar, batteries, repowering, and data-center power.
  • Honeycomb and Spindle use adjacent-site storage to monetize existing solar and grid contracts.

Help us improve and share your feedback! Did you find this helpful?

Benefits

Health Insurance

Dental Insurance

Vision Insurance

Health Savings Account/Flexible Spending Account

Unlimited Paid Time Off

401(k) Retirement Plan

401(k) Company Match

Life Insurance

Fertility Treatment Support

Adoption Assistance

Parental Leave

Tuition Reimbursement

Growth & Insights and Company News

Headcount

6 month growth

0%

1 year growth

-1%

2 year growth

0%
6ix
Sep 8th, 2026
PPL: Rhode Island Energy Joins Multi-State Selection of Northern Maine Onshore Wind Project.

PPL: Rhode Island Energy Joins Multi-State Selection of Northern Maine Onshore Wind Project. Rhode Island Energy Joins Multi-State Selection of Northern Maine Onshore Wind Project Rhode Island Energy (RIE) today announced the conditional selection of 150 megawatts (MW) of renewable energy from the proposed Clearway Energy Group LLC's ("Clearway") project in Aroostook County, Maine, in accordance with Rhode Island's Affordable Clean Energy Security Act. Upon completion, the 800 MW onshore wind development would become the largest onshore wind project in New England. The conditional award follows a competitive, multi-state solicitation led by the Maine Public Utilities Commission that sought proposals for up to 1,200 MW of renewable energy resources, alongside transmission solutions, to strengthen New England's electric grid. RIE participated in the evaluation of generation proposals as part of a coordinated effort involving other New England states. If completed, Clearway's project would significantly expand New England's renewable energy portfolio. At 800 MW, the project would be more than four times larger than the region's largest operating onshore wind facility. "We are committed to helping advance a reliable, safe, affordable, and increasingly clean energy future for our customers, while supporting Rhode Island's 2021 Act on Climate requirements," said Greg Cornett, president of RIE. "The proposed project offers the opportunity to secure a significant amount of renewable energy through a competitive regional procurement while supporting broader efforts to strengthen New England's energy infrastructure and diversify the region's energy supply."

DredgeWire
Sep 4th, 2026
Clearway Energy to develop 800 MW wind farm in Northern Maine.

Clearway Energy to develop 800 MW wind farm in Northern Maine. Posted on September 4, 2026 Maine regulators have picked Clearway Energy to develop an 800-megawatt (MW) wind farm in northern Maine - a project that would boost the state's existing onshore wind capacity by about 66%. The Maine Public Utilities Commission (PUC) also selected Avangrid Networks, the parent company of Central Maine Power, to develop the high-voltage transmission line needed to carry the wind power from the north of the state to the New England grid. Clearway's proposed wind farm would be the largest in Maine, which had 1,214 MW of onshore wind-powered generating capacity as of October 2025. Maine plans to buy about 600 MW of the project's output, with the remaining 200 MW going to other New England states. The Clearway wind farm is planned for commercial timberland in rural, unincorporated southeastern Aroostook County. Clearway told Maine Public that the site has existing roads, access to transmission rights-of-way, and strong, reliable wind. Getting Northern Maine's electricity generated by excellent wind to customers has long been the challenge. Aroostook County isn't directly connected to the regional ISO New England grid, and building enough transmission to move large amounts of power south is expensive. Avangrid's proposed 1,200 MW transmission line would change that. The PUC said the company's proposal makes maximum practical use of existing transmission corridors, and Avangrid has already secured nearly all of the necessary rights of way. The line would terminate at Haynesville, where it would connect to the wider regional grid. The transmission line will have 400 MW of capacity left after the Clearway wind farm connects, and the PUC plans to issue additional requests for proposals to fill that capacity. Maine expects $387 million in ratepayer savings. Maine estimates the wind and transmission projects will deliver between $387 million and $425 million in net benefits to the state's electricity customers over their operating life. Maine ratepayers will pay for the state's share of the wind power, but the cost of the transmission line will be spread across participating states. Massachusetts, Connecticut, Rhode Island, and Vermont are taking part in the procurement, leaving Maine responsible for less than 11% of transmission costs. "This procurement reflects months of careful work to identify projects that will bring reliable, renewable energy to the grid, providing value to Maine and the region, while minimizing costs for Maine ratepayers by sharing costs with other states commensurate with the value provided," said Maine PUC chair Philip Bartlett. The PUC estimates that the projects will create more than 2,500 full-time construction jobs over four years, generate around $150 million in new state and municipal tax revenue, and produce more than $2.4 billion in economic output in Maine. This wind farm isn't ready to build yet. The PUC still has to negotiate and approve a power purchase agreement with Clearway. The transmission arrangement must also be finalized by the participating states and Avangrid, then submitted to the Federal Energy Regulatory Commission for approval. Both projects will also face engineering work, environmental reviews, permitting, and community engagement. Clearway's wind farm can't be built unless the transmission project moves ahead. And Maine has been here before. The legislature first directed the PUC to develop northern Maine wind and transmission in 2021, but the projects selected during the previous procurement fell apart in late 2023 after transmission negotiations failed. This time, five New England states are sharing the costs and benefits, and Avangrid's use of existing corridors could make the transmission line easier to build. But with contracts and permits still outstanding, it will be years before turbines can begin sending northern Maine wind power onto the New England grid. Given that the Trump administration is aggressively working to stop wind power, a few extra years to keep this project on track is probably a good thing.

WBUR
Aug 26th, 2026
Maine selects company to build large wind farm, plus a transmission line, to send power south.

Maine selects company to build large wind farm, plus a transmission line, to send power south. * Peter McGuire, Maine Public August 26, 2026 Maine utility regulators have selected two companies to develop untapped wind power resources in the northern part of the state, part of an eagerly anticipated clean energy project supported by most New England states. The Maine Public Utilities Commission on Tuesday selected Clearway Energy Group LLC to develop onshore wind turbines that can generate 800 megawatts of electricity in Aroostook County near the Canadian border. Commissioners also chose the company Avangrid to develop a new high voltage power line to connect the proposed wind turbines to the New England regional electric grid. With the Trump administration effectively hitting pause on offshore wind development, this land-based wind farm represents one of the only remaining opportunities to develop significant renewable energy resources in the region. The proposed wind farm would be the largest in Maine, which now has about 900 total megawatts of land-based wind generation. Phil Bartlett, who leads the commission, said the project will save Maine electric customers at least $387 million over its lifetime. Support WBUR "These transmission and generation projects will bring substantial economic benefits to the state, creating thousands of full-time jobs during construction and $2.4 billion in economic output," Bartlett said in a statement. The transmission side of the project could also connect Aroostook County directly to the New England power system, a precursor to developing the area's substantial renewable energy resources, said Commissioner Patrick Scully. "In my prior career, I saw up close the challenge of siting new energy projects in northern Maine, caused by the cost of building long transmission facilities to access the New England market, and the significant congestion on existing transmission infrastructure," Scully said. Maine plans to buy 600 megawatts of power from the project, with the remainder being delivered to other New England states, according to spokesperson Susan Faloon. Ratepayers in Massachusetts, Connecticut, Vermont and Rhode Island will share the cost of building the transmission line with Maine. In a statement, Massachusetts Energy and Environmental Affairs Secretary Rebecca Tepper praised the procurement results. "Energy demand is rising, and we need more affordable power for resident and businesses. The selected transmission project will deliver clean, affordable energy throughout New England," she said. "Massachusetts is proud to be a part of this effort to increase energy supply and lower bills." Further details of the proposed deal will be available after the commission finalizes a power purchase contract with Clearway, Faloon said. Nick Benjamin, Clearway's northeastern development director, in an interview said the project is planned for commercial timberland in rural, unincorporated southeast Aroostook County. Support WBUR Major site attributes include existing roads, proximity to electric transmission right of way and reliable wind speeds, Benjamin said. "This project is going to keep energy costs stable for Maine families and business for decades to come, while bringing material economic investment to Northern Maine and meeting the state and region's grid needs," Benjamin added. It will take years to permit and develop the project and building new generation is contingent on a new transmission line, according to the commission. The Maine Legislature directed the Public Utilities Commission to develop wind generation and transmission in northern Maine in 2021. An earlier project fell through in late 2023 after negotiations over the power line failed. Avangrid spokesperson Jon Breed, in a statement said a distinguishing feature of its proposal is its use of existing power corridors and rights of way that will reduce uncertainty and limit potential disruptions to the environment. "While selection is an important milestone, extensive engineering, environmental review, permitting, and community engagement remains ahead," Breed said. This is a production of the New England News Collaborative. It was originally published by Maine Public. WBUR's Miriam Wasser contributed reporting.

StockWatchIndex
Aug 25th, 2026
Clearway Energy wind farm and Avangrid transmission proposals selected for Aroostook County renewable energy push

Clearway Energy wind farm and Avangrid transmission proposals selected for Aroostook County renewable energy push. August 25, 2026 The Maine Public Utilities Commission announced the winning bids today for the Northern Maine Renewable Energy Development Program: a new 800-megawatt onshore wind farm in Aroostook County proposed by Clearway Energy Group, and a transmission line to Haynesville proposed by Avangrid. Details of the proposals have been kept confidential so far. Clearway Energy is one of the largest owners of renewable energy generation projects in the United States. Avangrid is the U.S. subsidiary of Iberdrola that owns Central Maine Power. The selections mark a significant milestone in the yearslong push to build transmission infrastructure capable of delivering new, utility-scale renewable energy to New England's electric grid. The Public Utilities Commission previously chose different winners following a 2021 request for proposals, but the projects fell through in 2023 without being built as costs rose following the COVID-19 pandemic. Avangrid's transmission proposal appeared to be the most viable within "a commercially reasonable timeframe," said chair of the commission, Philip Bartlett. The proposal won the bid in large part because it would use existing transmission corridors where the company has already secured rights of way, he added. This time around, Maine is working together with four other New England states. This multi-state procurement process is unprecedented, according to the commissioners. Maine's share of the transmission line costs is expected to be less than 11 percent, and the projects are expected to create 2,500 jobs in the state during construction. The program is also expected to benefit the climate. Wind tends to blow most strongly in the winter when energy costs soar as oil generators need to be brought online. Having this additional renewable energy on the grid is expected to reduce oil-fueled power generation by more than 10 percent, according to Commissioner Carolyn Gilbert. "This both reduces emissions and increases reliability and reduces costs," she said. The Public Utilities Commission still needs to finalize contract terms with the two companies, and then the projects will need to apply for the necessary permits. The transmission line is required to have 1200 megawatts of capacity, so 400 megawatts will still be available after the Clearway wind farm is built. The commission expects to issue another request for proposals for generation projects in Aroostook County to use that transmission capacity. RECENT PRESS RELEASES August 25, 2026

List Solar
Aug 10th, 2026
BLM seeks input on Clearway's 500-MW Nevada solar.

BLM seeks input on Clearway's 500-MW Nevada solar. Aug 10, 2026 10:01 AM ET * Nevada's proposed 500MW Mosey Solar project is open for public comment - BLM will shape its Resource Management Plan and EIS through Aug. 28, plus 850MW storage. The U.S. Bureau of Land Management opened a public comment period for a proposed 500-megawatt Mosey Solar project in Nevada, submitted by Clearway Energy Group LLC through a project vehicle. BLM will accept feedback through Aug. 28 to help shape a Resource Management Plan amendment and a related Environmental Impact Statement. The project would cover about 3,565 acres of BLM-managed land in Clark and Nye counties' Pahrump Valley, connecting to the existing Trout Canyon substation. It also calls for an 850 MW battery energy storage system. The draft EIS is due Jan. 1, 2027, with the final version expected by Dec. 17, 2027, while construction is planned to begin in October 2028 and commissioning in summer 2030. What public input shapes Nevada's 500 MW Mosey Solar and 850 MW storage? * Resource Management Plan (RMP) amendment scope: Public comments help determine what land-use changes are proposed for the Mosey Solar area on Bureau of Land Management-managed parcels, including how compatibility with existing plans is defined. * Environmental Impact Statement (EIS) content: Feedback shapes what alternatives and impact analyses the Environmental Impact Statement must evaluate (e.g., siting variants, design/layout options, and different levels of solar-plus-storage integration). * Land use and siting preferences: Comments can influence where within the project area solar arrays, battery enclosures, substations, and supporting facilities should be located to reduce conflicts with sensitive uses and resources. * Wildlife and habitat protections: Input from tribes, residents, conservation groups, and scientists can guide requirements for avoiding or mitigating impacts to wildlife, habitat connectivity, and sensitive or protected species. * Cultural and historical resource considerations: Public participation can raise concerns about archaeological sites, traditional cultural properties, and other heritage resources and can affect avoidance, survey, and treatment measures. * Air quality and dust controls: Local concerns can shape mitigation measures for construction-related emissions, dust suppression, and operational air-quality considerations during the project build-out. * Noise and lighting: Comments can influence limits or schedules for construction noise, operational sound, and lighting to address neighborhood and wildlife impacts. * Water and wastewater management: Input can guide how water use is modeled and how groundwater/surface-water protections and any wastewater handling practices are addressed. * Transmission and interconnection effects: Stakeholder feedback can affect how the project's connection to existing infrastructure (and any related upgrades) are evaluated for land disturbance and environmental impacts. * Battery-specific safety and siting: Public input can shape how the 850 MW storage system's hazards are analyzed, including fire risk, thermal runaway concerns, emergency response planning, and siting setbacks. * Vegetation, land disturbance, and restoration: Comments can influence requirements for minimizing disturbed acreage, managing invasive species, erosion control, and long-term reclamation/restoration plans. * Traffic, access, and construction timing: Local testimony can affect expectations for haul routes, construction schedules, and safety measures for roadways used during major construction activities. * Emergency preparedness and community coordination: Feedback can drive expectations for public notification, coordination with first responders, and the content of emergency response plans. * Cumulative impacts: Input helps assess how Mosey Solar and its storage component interact with other existing and reasonably foreseeable projects in Pahrump Valley (e.g., combined habitat disruption, air-quality effects, and water use). * Mitigation measures and enforceable commitments: The comment record influences what mitigation becomes specific, measurable, and enforceable within the final decision documents. * Alternatives that reflect community priorities: Public suggestions may push agencies to consider different design approaches (such as different layouts, storage configurations, or operational strategies) that better address public concerns. * Tribal consultation and government-to-government input: Tribes can provide input that affects scoping, study approaches, and mitigation commitments, particularly where federal consultation processes apply. * Data quality and study boundaries: Comments can request additional field studies, better baseline data, or expanded geographic/scenario coverage for the EIS analyses. * Equity and local community impacts: Feedback can highlight concerns about burdens and benefits, including visual impacts, land use changes, and potential local economic or workforce effects. * Formal scoping and issue identification: The public comment period functions to flag "must-address" issues early, which can determine what topics remain central in the EIS and RMP amendment. * Final agency decision direction: The totality of public input helps shape the BLM's eventual selection among alternatives and the conditions attached to any approval.