Full-Time

Director of Environmental Health & Safety

GridStor

GridStor

51-200 employees

Independent power producer of grid-scale BESS

No salary listed

Portland, OR, USA

Hybrid

Hybrid schedule in Portland required; regular travel to project and partner sites is approximately 25%.

Bachelor's, Master's

Category
Legal & Compliance (1)
Required Skills
Microsoft Office
OSHA

Get referred to GridStor

See people who can refer or advise you

Requirements
  • A bachelor's degree in safety, Industrial Hygiene, Environmental Engineering, Engineering, Construction Management, or a related field is required.
  • At least 10 years of progressive Environmental Health and Safety leadership experience supporting complex field operations and corporate environments is required.
  • Experience building and operating Environmental Health and Safety management systems and safety governance programs across multi-site or multi-region organizations is required.
  • Ability to translate policy and regulatory requirements into scalable, field-ready programs is required.
  • Deep knowledge of Occupational Safety and Health Administration requirements and incident recordkeeping is required.
  • Strong capability in audits, investigations, and corrective actions is required.
  • Must be based in Portland and available to work a hybrid schedule, with regular travel to project and partner sites of approximately 25%.
  • Exceptional organizational abilities and attention to detail are required, including the ability to manage multiple tasks and complete delegated projects.
  • Ability to handle highly confidential information with discretion is required.
  • Strong judgment and integrity are required.
  • Proficiency in the Microsoft Office suite and Teams is required.
  • Excellent verbal and written communication skills are required.
  • Ability to prioritize tasks and approach challenges with a creative, proactive mindset is required.
Responsibilities
  • Maintain overall responsibility and authority for implementation of the Health and Safety Management System and Injury and Illness Prevention Plan and associated programs.
  • Define, document, and communicate Environmental Health and Safety roles and responsibilities across Corporate, Construction, and Operations organizations.
  • Provide health and safety technical advice to senior leaders on applicable regulations and requirements.
  • Lead routine safety communications, including incidents, lessons learned, procedures, and performance status, and reinforce Stop Work Authority expectations.
  • Facilitate safety initiatives with the Senior Management Team and Executive Safety Council and maintain associated records, decisions, and follow-ups.
  • Chair and coordinate the Safety Leadership Working Group to develop safety-program improvement recommendations and provide business-specific safety information.
  • Drive cross-functional alignment on program effectiveness, corrective actions, and continuous-improvement priorities.
  • Own and improve leading and lagging safety metrics, including audits, inspections, observations, training compliance, incident reporting, and management and board-level KPI reporting.
  • Ensure consistent incident classification and Occupational Safety and Health Administration recordkeeping determinations and review incident reports for correct recordability decisions.
  • Lead implementation and ongoing use of the safety reporting platform, including inspection, audit, incident, and observation workflows across corporate, construction, and operations environments.
  • Provide owner-level oversight of construction safety requirements for engineering, procurement, and construction projects, including contractor compliance, audits, and corrective-action follow-through.
  • Partner with Construction leadership and project teams to embed safety expectations into execution planning, field routines, and performance reporting.
  • Use qualified third-party safety resources and consultants to augment audits, program verification, and field oversight as needed.
  • Establish safety oversight expectations for operating assets and operations and maintenance partners, including audit cadence, training compliance, and incident and near-miss reporting.
  • Reinforce control-of-work expectations through training, documented procedures, and verification mechanisms.
  • Conduct or delegate workplace safety inspections, track findings to closure, and verify effectiveness.
  • Review and maintain office emergency action plans and preparedness materials.
  • Oversee corporate safety onboarding and recurring training assignments and maintain training documentation and compliance reporting.
  • Ensure effective incident notification, investigation quality, corrective-action tracking, and lessons-learned communication across Corporate, Construction, and Operations.
  • Identify systemic trends and drive program changes to prevent recurrence.
Desired Qualifications
  • A master's degree is preferred.
  • Experience in power, renewables, energy storage, industrial services, or other high-hazard infrastructure environments is preferred.
  • Experience implementing or operating safety reporting systems and dashboards, including field/mobile workflows, is preferred.

GridStor develops, acquires, and operates utility-scale standalone battery energy storage systems across North America to strengthen power grid reliability. It builds projects from the ground up and also buys development-stage assets, earning revenue by storing cheap energy and releasing it during peak demand in electricity markets, serving utilities, data centers, and large industrial users in California, Texas, and Oklahoma. Its differentiators include backing by Goldman Sachs Asset Management, a combined development/ownership model, a growing 3+ GW pipeline, and financing creativity like IRA tax-credits sales with JP Morgan. Its goal is to scale its portfolio and pipeline to enhance grid flexibility as renewables grow and support grid stability in high-demand regions.

Company Size

51-200

Company Stage

Debt Financing

Total Funding

$170M

Headquarters

Portland, Oregon

Founded

2022

Get referred to GridStor

See people who can refer or advise you

Simplify Jobs

Simplify's Take

What believers are saying

  • April 2026 Axpo signed Hidden Lakes, proving contracted revenue demand for 220 MW assets.
  • March 2026 financing from NORD/LB and Siemens funded Gunnar, targeting late-2026 operations.
  • May 2026 GridStor acquired Birdseye in Colorado, expanding its 3 GW development pipeline.

What critics are saying

  • Hidden Lakes needed Anza after vendor defects and integration gaps threatened November 2025 completion.
  • Birdseye starts construction in 2027 and COD 2028, exposing GridStor to permitting delays.
  • A major fire at Goleta, Hidden Lakes, or Gunnar would stall financing and offtake.

What makes GridStor unique

  • Goldman Sachs Asset Management backs GridStor, enabling patient capital for multi-year storage buildouts.
  • Chris Taylor's Google and EDP Renewables pedigree fits utility, data center, market contracts.
  • GridStor runs standalone batteries across ERCOT, CAISO, and Colorado, not solar-adjacent pilot projects.

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

Benefits

Health Insurance

Dental Insurance

Vision Insurance

Life Insurance

Disability Insurance

Health Savings Account/Flexible Spending Account

401(k) Company Match

Unlimited Paid Time Off

Hybrid Work Options

Phone/Internet Stipend

Professional Development Budget

Growth & Insights and Company News

Headcount

6 month growth

36%

1 year growth

36%

2 year growth

36%
pv magazine USA
May 21st, 2026
Integration and commissioning support helps complete 220 MW BESS project in Texas.

Integration and commissioning support helps complete 220 MW BESS project in Texas. GridStor partnered with Anza to help manage vendor quality assurance issues. In April, Oregon-based storage developer and power producer GridStor and Axpo, a Switzerland-based energy company, signed an energy storage agreement for the Hidden Lakes Reliability Project, a 220 MW, 440 MWh battery energy storage system (BESS) in Galveston County, Texas. GridStor says the partnership supports energy pricing stability for the Houston-area grid. According to GridStor, the company pursued a "self-integrated" model for the Hidden Lakes project. The company essentially performed the design and procurement duties. However, key personnel changes and technical issues with hardware integration threatened the November 2025 deadline for project completion. GridStor brought in California-based engineering, procurement and consulting (EPC) firm Anza to help manage systems integration and commissioning work at a critical time. "In a self-integrated model, the technical risk falls entirely on the owner," said Tony Song, senior vice president of engineering, procurement and construction at GridStor. "Anza mitigated that risk by acting as the technical glue between our vendors, catching specific defects during factory acceptance testing to engineering workarounds for ERCOT compliance." Ravi Manghani, senior director of strategic sourcing at Anza, told pv magazine USA that the partnership with GridStor on the 220 MW BESS facility was a bit of a departure from its usual EPC work in that project was already at an advanced stage. "Normally, we help our customers from initial design to supplier selection, procurement, contracting, and then commissioning support and other post deployment activities," Manghani said. "For this project, we came in for commissioning. We had to make sure all of the vendors and service providers were aligned in terms of what they were going to do and make sure that there were no gaps and risks that ultimately would have to be borne by the owner." One of Anza's priorities was to implement what it called a "forensic-level quality assurance" to address problems with vendors' factory acceptance testing documentation. Anza flagged specific units showing marginal insulation resistance and high continuity resistance on grounding cables. In addition, differing requirements and approaches of the battery, inverter, and energy management system vendors needed to be brought into alignment. To prevent repetitive installation errors across the project's 204 battery containers and 68 inverter skids, Anza recommended a rigorous inspection of a pilot initial installation. The team paused to verify that the mechanical and electrical installation of the first unit met strict quality standards before allowing installation of the remaining units. "Some of these integration gaps manifest themselves during the commissioning process because that's when all the cooks are in the room," Manghani said. "You start to see these scope gaps emerge." While sorting out technical integration issues, Anzar mapped out a commissioning plan with the Electric Reliability Council of Texas. Anza established daily progress tracking and workarounds to overcome obstacles and maintain the schedule while troubleshooting vendor equipment and integration problems as they arose. According to Manghani, the size of utility scale BESS projects and the tempo of their deployment will only increase as load demand continues to rise from electrification, data centers and EV charging. Moreover, owners and developers are choosing to implement large projects in phases in order to provide reliability and other services as rapidly and cost-effectively as possible. "With these larger, multi-phase projects, product deliveries happen over a longer period of time," he said. "You have to think about quality assurance over the entire arc of the delivery process. Often, these products are not even being manufactured in the same batch because the delivery times are much spread out. This also complicates quality assurance. So, certainly we see a growing need for integration support services." This content is protected by copyright and may not be reused. If you want to cooperate with PV Magazine Group and would like to reuse some of its content, please contact: [email protected]. Michael Puttré. Michael Puttré is a New York-based writer who was previously chief editor of the Journal of Electronic Defense and Solar Industry. By submitting this form you agree to pv magazine using your data for the purposes of publishing your comment. Your personal data will only be disclosed or otherwise transmitted to third parties for the purposes of spam filtering or if this is necessary for technical maintenance of the website. Any other transfer to third parties will not take place unless this is justified on the basis of applicable data protection regulations or if pv magazine is legally obliged to do so. You may revoke this consent at any time with effect for the future, in which case your personal data will be deleted immediately. Otherwise, your data will be deleted if pv magazine has processed your request or the purpose of data storage is fulfilled. Further information on data privacy can be found in its Data Protection Policy. pv magazine USA offers daily updates of the latest photovoltaics news. PV Magazine Group also offer comprehensive global coverage of the most important solar markets worldwide. Select one or more editions for targeted, up to date information delivered straight to your inbox. * Hold Ctrl or Cmd to select multiple editions. * Read its Data Protection Policy.

Read Magazine
May 21st, 2026
Gridstor advances energy storage expansion through Accelergen deal.

Gridstor advances energy storage expansion through Accelergen deal. May 21, 2026 GridStor, a developer and operator of utility-scale battery energy storage systems, announced that it has acquired the 199 MW, 796 MWh Birdseye project in Adams County, Colorado from Accelergen. The acquisition is GridStor's fifth within the last eighteen months and its second in the Western U.S. "We are actively expanding our portfolio by acquiring high-quality projects," said Chris Taylor, CEO of GridStor. "One of our core strengths is efficiently transitioning projects from the development phase to operational status. We look forward to bringing more battery storage facilities online to support power system reliability for Western utilities." GridStor's acquisition and plan to construct additional standalone battery storage in the Western U.S. comes as the region experiences rapid demand growth. Once constructed, the Birdseye facility is expected to provide power equivalent to serving over 150,000 households during daily hours of highest demand. "Growing regions are reliant on dependable sources of energy to sustain their momentum," said Thomas Houle, Chief Executive Officer of Accelergen. "Battery storage provides a stable foundation for economic growth by supporting a reliable grid, and we are pleased to partner with GridStor to see this project through to operations." The project's commercial operations date is planned for the end of 2028, with construction anticipated to begin as early as 2027. During construction, the project is expected to create an estimated 115 full-time jobs. Backed by Goldman Sachs Asset Management, GridStor manages 530 MW, 1,300 MWh of battery energy storage assets in operation and construction, as well as a pipeline of over 3 GW of battery storage projects in later-stage development across the western and central U.S. The company is focused on executing and delivering projects that provide cost-effective, near-term solutions to utilities, data centers, and other large industrial customers in regions with rapidly growing energy demand.

Power Technology
May 21st, 2026
GridStor buys Accelergen's Birdseye battery project in Colorado.

GridStor buys Accelergen's Birdseye battery project in Colorado. Once completed, the facility is expected to meet the electricity requirements of more than 150,000 households during peak demand. GridStor has acquired the Birdseye project, a 199MW/796MW-hours battery energy storage facility to be built in Adams County, Colorado, US, from Accelergen. The financial terms of the deal were not disclosed. The transaction marks GridStor's second acquisition in the western US and its fifth overall in the past 18 months. GridStor said that the acquisition and its plans to build additional stand-alone battery storage facilities in the western US come at a time when the region is experiencing rapid growth in energy demand. The Birdseye project, once built, is expected to meet the power requirements of more than 150,000 households during peak demand periods. Accelergen CEO Thomas Houle said: "Growing regions are reliant on dependable sources of energy to sustain their momentum. "Battery storage provides a stable foundation for economic growth by supporting a reliable grid, and we are pleased to partner with GridStor to see this project through to operations." The Birdseye project aims to start operations in late 2028, with construction possibly beginning in 2027. It is expected to generate around 115 full-time jobs during the construction phase. The battery project is set to bring substantial investment to Adams County, offering long-term advantages such as stabilising energy costs, creating local employment and boosting tax revenue to support essential services. Additionally, it aims to enhance grid reliability and reduce greenhouse gas emissions. Over its lifetime, the project is expected to generate at least $18m in tax revenue, contributing to the area's economic development. GridStor CEO Chris Taylor said: "Power Technology is actively expanding its portfolio by acquiring high-quality projects. One of its core strengths is efficiently transitioning projects from the development phase to operational status. "We look forward to bringing more battery storage facilities online to support power system reliability for Western utilities." Supported by Goldman Sachs Asset Management, GridStor oversees 530MW/1.3GW-hours of battery storage assets that are either operational or under construction. The company also has more than 3GW of battery projects in advanced development stages in the western and central US. In March this year, GridStor secured a $120m financing package from NORD/LB and Siemens Financial Services for the Gunnar Reliability Project, a battery energy storage facility in Texas.

The Energy Data
May 21st, 2026
GridStor acquires Colorado BESS project from Accelergen.

GridStor acquires Colorado BESS project from Accelergen. GridStor expands Western U.S. Portfolio with Colorado battery storage acquisition. GridStor, a leading developer and operator of utility-scale battery energy storage systems, has announced the acquisition of the Birdseye battery energy storage project in Adams County, Colorado from Accelergen. The large-scale standalone energy storage facility is designed with a planned capacity of 199 megawatts (MW) and 796 megawatt-hours (MWh), reinforcing GridStor's ongoing strategy to expand its presence in rapidly growing electricity markets across the United States. The acquisition marks another significant milestone for GridStor, representing the company's fifth project acquisition in the last eighteen months and its second investment in the Western United States. The move reflects the accelerating demand for battery storage infrastructure as utilities, businesses, and communities seek reliable and flexible energy solutions to support grid stability and renewable energy integration. The Birdseye project is expected to play a major role in strengthening Colorado's power infrastructure once operational. According to project estimates, the facility will be capable of supplying electricity equivalent to the daily peak demand needs of more than 150,000 households. This type of large-scale storage installation is increasingly viewed as essential for balancing electricity supply and demand, especially as renewable energy generation continues to expand across the region. Chris Taylor, Chief Executive Officer of GridStor, said the acquisition aligns with the company's broader strategy of scaling its portfolio through carefully selected development opportunities. He emphasized GridStor's expertise in efficiently advancing projects from development through construction and into commercial operations. Taylor noted that the company continues to focus on bringing battery storage systems online in regions where power demand growth is accelerating and grid reliability has become a top priority for utilities and industrial customers alike. He added that the Western U.S. market presents significant opportunities for battery storage deployment as states continue to modernize energy infrastructure and increase renewable energy adoption. Battery energy storage systems are becoming increasingly critical across the Western United States, where electricity demand is rising due to population growth, economic expansion, electrification initiatives, and the rapid development of data centers and industrial operations. Energy storage facilities help stabilize power systems by storing electricity during periods of lower demand and dispatching it during times of peak consumption, reducing strain on the grid and improving overall reliability. The acquisition of the Birdseye project comes amid growing momentum for standalone battery storage projects nationwide. Utilities and grid operators are increasingly relying on battery systems to manage fluctuations in renewable generation, reduce congestion, and maintain dependable service during periods of extreme demand or weather-related disruptions. Thomas Houle, Chief Executive Officer of Accelergen, highlighted the importance of dependable energy infrastructure in supporting regional economic growth. He stated that rapidly expanding regions require reliable and flexible power solutions to sustain development and maintain grid performance. Houle explained that battery storage provides a stable operational foundation for modern electricity systems by enhancing grid resiliency and supporting the integration of renewable energy resources. He also expressed confidence in GridStor's ability to successfully advance the Birdseye project through construction and into commercial operation. The project's commercial operations date is currently targeted for the end of 2028, while construction activities could begin as early as 2027, depending on permitting, regulatory approvals, and final development milestones. During the construction phase, the Birdseye facility is expected to generate approximately 115 full-time jobs, contributing economic benefits to the local community and regional workforce. The development also reflects the increasing investment flowing into energy storage infrastructure throughout the United States. As more states pursue decarbonization goals and utilities seek alternatives to traditional fossil fuel peaker plants, standalone battery storage has emerged as a cost-effective and scalable solution capable of responding quickly to shifting grid conditions. GridStor has continued to strengthen its position in the energy storage sector with financial backing from Goldman Sachs Asset Management. Supported by this investment platform, the company has rapidly expanded its operational footprint and development pipeline across key U.S. energy markets. At present, GridStor manages approximately 530 MW and 1,300 MWh of battery energy storage assets that are either operational or currently under construction. In addition, the company maintains a development pipeline exceeding 3 gigawatts (GW) of later-stage battery storage projects across the Western and Central United States. The company's strategy centers on delivering near-term and cost-effective energy storage solutions for utilities, data centers, and large industrial customers facing rising electricity demand. With increasing pressure on transmission infrastructure and growing renewable energy penetration, battery storage is expected to remain a critical component of future power systems. Colorado has become an increasingly attractive market for battery storage investment due to its growing energy demand, renewable energy targets, and evolving grid reliability requirements. State policymakers and utilities have continued to support energy transition initiatives aimed at expanding renewable generation while maintaining dependable electricity service. Standalone battery storage facilities like Birdseye can help address these challenges by storing excess renewable energy generated during periods of high solar or wind production and delivering that energy back to the grid during peak demand hours. This capability not only enhances reliability but also improves the efficiency and flexibility of electricity markets. The Western U.S. region overall has experienced particularly strong growth in battery storage deployment over the past several years. States including California, Colorado, Arizona, Nevada, and Texas have seen substantial investments in utility-scale energy storage projects as power systems adapt to changing energy consumption patterns and renewable generation growth. Industry analysts expect this trend to continue over the coming decade as energy storage technology costs decline and utilities increasingly prioritize flexible resources capable of supporting grid modernization. Battery storage systems are also expected to play a larger role in supporting electrification initiatives tied to transportation, industrial operations, and digital infrastructure expansion. For GridStor, the acquisition of the Birdseye project further strengthens its growing portfolio and reinforces its long-term commitment to supporting grid reliability through utility-scale battery energy storage development. By continuing to invest in strategic projects across high-growth energy markets, the company aims to position itself as a major contributor to the evolving U.S. energy landscape. As construction timelines progress and demand for grid flexibility continues to rise, projects such as Birdseye are expected to become increasingly valuable components of the nation's modern electricity infrastructure.

Clean Energy Pipeline
May 21st, 2026
GridStor acquires Colorado BESS project from Accelergen.

GridStor acquires Colorado BESS project from Accelergen. By CEP Staff - 21 May 2026 in News GridStor has acquired the 199 MW / 796 MWh Birdseye battery energy storage project in Adams County, Colorado from Accelergen. Not already a subscriber? As a subscriber, you have reached this page because you are not logged in.