Develops and delivers sustainable, build‑to‑suit hyperscale data center campuses with rapid turnkey deployment.
Lead market intelligence for energy, power, and water to guide data center development
13 days ago ago
$150,000 - $185,000
Expert & Leadership (13+ years)
Full Time
Denver, CO
Hybrid
Company Size
70 Employees
Service Specialisms
Digital Infrastructure
Network Engineering
Data Centre Solutions
Cloud Services
Telecommunications
Managed Services
IT Support
Cybersecurity
Sector Specialisms
Data Center Development
Digital Infrastructure
Energy Infrastructure
Water Infrastructure
Sustainable Engineering
Construction
Government and Community Affairs
Economic Development
Role
Description
water assessment
resource adequacy
market intelligence
price forecasts
dashboard reporting
transmission analysis
Provide insights to development teams regarding water-related schedule and regulatory risks.
Evaluate water availability and assess long-term water supply resilience, constraints, and cost implications for hyperscale development.
Assess resource adequacy, capacity evolution, and policy reforms impacting reliability and price outlooks.
Provide market intelligence to support customer contracting, procurement strategy, and CFE planning.
Identify long-term risks related to grid congestion, curtailment, and infrastructure delays.
Monitor ISO/RTO market conditions across PJM, ERCOT, MISO, CAISO, and WECC to develop short- and long-term energy price forecasts, including nodal congestion, basis risk, and LMP trends.
Maintain dashboards and reports that serve as a “single source of truth” for early signals, risks, and opportunities.
Analyze transmission capacity, constraints, and planned grid upgrades that impact site feasibility and conduct interconnection queue analysis to evaluate competitive pressure, cycle times, project attrition, and potential system upgrades.
Requirements
iso/rto
python
excel
master’s
7–10 years
transmission
Expert understanding of ISO/RTO markets, LMP dynamics, capacity markets, resource adequacy, and long-range price forecasting.
Operates effectively in high-growth, ambiguous, and fast-paced environments.
Demonstrated ability to integrate multi-dimensional market factors into clear, decision-ready insights.
Strong communication - skilled at distilling complex information into concise, actionable recommendations and able to translate complexity for executives and non-technical stakeholders.
7–10 years in energy markets, power systems modeling, regulatory analysis, water resource planning, or infrastructure strategy.
Proficiency in analytical modeling (Excel, Python, R, or equivalent).
Familiarity with water resource evaluations, municipal/utility water systems, permitting, and regulatory frameworks.
Working knowledge of transmission planning, congestion analysis, grid topology, and interconnection queue processes.
Bachelor’s degree in Energy Economics, Engineering, Environmental Science, Public Policy, or related field (required).
Strong sense of ownership with a proactive, forward-looking approach to risk identification and able to autonomously build frameworks, processes, and new analytical tools.
Master’s degree preferred (Energy Systems, Engineering, Economics, or similar).
Ability to build dashboards, scorecards, and scenario models that synthesize complex data.
Benefits
Team building and educational opportunities
Hybrid working environment
Competitive compensation and bonus plan
Unlimited PTO
Generous benefits package including robust health benefits and a 401(k) company contribution
Training + Development
Information not given or found
Interview process
Information not given or found
Visa Sponsorship
Information not given or found
Security clearance
Information not given or found
Company
Overview
2.2B Financing
Secured Financing
Over $2.2 billion in financing has been secured to launch a mega-campus in Maryland, showcasing significant investment in infrastructure development.
12–18 Months
Deployment Timeline
Rapid deployment model enabling first phases to be delivered within 12–18 months, ensuring timely project completion for hyperscale partners.
600 MW Capacity
Frederick Campus Goal
Aiming to achieve 600 MW capacity by 2026 at the Frederick County campus, repurposing a former industrial site for advanced infrastructure.
Multi-GW Capacity
Expansion Plans
Current development pipeline includes multi-gigawatt capacity across strategic U.S. regions, highlighting extensive infrastructure growth.
Emerging to meet the growing demand for hyperscale data capacity in the U.S.
Specializes in powered shells and turnkey campuses, managing all aspects from land acquisition to infrastructure development.
Projects feature strategically located sites with full power, fiber, water, and sustainability integration.
Committed to integrating renewable energy and sustainable engineering, pursuing high-performance building standards.
A leadership team with expertise in hyperscale, energy procurement, and construction drives complex infrastructure delivery.
Repurposing a former smelting site in Frederick County to unlock community economic benefits.
Culture + Values
BREEAM, LEED
Sustainability via LEED & BREEAM
Achieved high-performance building standards through LEED and BREEAM certifications.
85%+
Waste Diversion Rate
Ensures over 85% of construction waste is recycled or reused, minimizing landfill use.
100%
Renewable Energy Access
All sites are powered by 100% renewable energy sources.
Development Expedited
Partner-Focused Approach
Responsible Impact
Best Practice Stewardship
Ethics and Principled Behaviour
Sustainability integrated at every development stage
Life-Cycle Assessments to reduce embodied carbon
Environment + Sustainability
100%
Renewable Energy Access
The company provides 100% renewable energy at all sites, supporting environmental sustainability.
≥85%
Waste DiversionTarget
Aims to achieve ≥85% waste diversion during construction to minimize environmental impact.
800 MW
Renewable Energy Capacity
Developing an 800 MW multi-tenant campus powered by renewables with 220 MW completed.
20+
Host Sites in US
Over 20 host sites under development across the U.S., all powered by renewable energy.
Net-zero target aligned with Paris Agreement to limit temperature rise below 2 °C
Powered-land approach integrating on-site energy infrastructure including high-voltage transmission and backup systems
Sites pursuing BREEAM and LEED high-performance building standards
Supporting energy transition through renewable energy development and procurement
Signatory to Taskforce on Climate-Related Financial Disclosures; supporter of UN 24/7 Carbon Free Energy Compact
Member of IIGCC; early adopter of TNFD; signatory of PRI
Inclusion & Diversity
Focused on increasing team diversity across projects
Promotes a business culture supporting principled and ethical behaviour
Human Rights Policy and Supplier Code of Conduct in place
Responsible Contractor Policy encouraging diversity in supply chain
Corporate Social Responsibility Policy emphasizing community inclusion
Greater community engagement through job creation, retraining, environmental justice
No publicly reported gender‑specific workforce statistics or targets