A single number often drives multimillion-dollar infrastructure decisions—cost per watt, cost per port, cost per megawatt. But across solar, EV charging, and data centers, that number is frequently built on inconsistent assumptions, making comparisons look precise when they are not.

Extreme weather is pushing power grids to their limits — and AI data centers are especially vulnerable. Here's how grid-aware infrastructure and intelligent workload scheduling can keep operations running when it matters most.

Inventory accounting tells you your footprint. Impact accounting tells you your contribution. The difference is one the industry can no longer afford to ignore.

RNG captured from organic waste could slash emissions and boost grid resilience. Two changes to New York's climate law would make it happen.

Rising gas prices from Iran war disruptions are forcing a faster EV reckoning—but the real bottleneck is no longer consumer preference or charging stations. It's the grid itself.

Restrooms are an overlooked sustainability opportunity. Smart dispensing, responsible materials, data-driven cleaning, and inclusive hygiene help reduce waste, cut costs, strengthen reputation, and support employee retention.

Explores how grid-aware HVAC systems can reduce peak demand, lower energy costs, and position buildings as flexible assets in an increasingly constrained power grid.

High oil prices are reshaping solar project economics, exposing the “diesel paradox” in construction, logistics, and O&M. This analysis explores how engineering innovation—from terrain-following trackers to 2000V systems and storage integration—is helping developers control costs and maintain project viability.

Why focusing only on carbon falls short. A deeper look at environmental impact categories shaping material decisions, risk, and long-term sustainability.

Pipeline leak detection is shifting from reactive cleanup to proactive monitoring as AI-powered geospatial analytics help operators identify risks earlier and reduce environmental and financial impact.

AI growth is driving energy demand, but workforce shortages threaten grid expansion, reliability, and long-term economic competitiveness.

PFAS cleanup does not require decades of pump-and-treat. A new biological approach shows faster, scalable remediation with measurable results and lower long-term cost.

A practical approach to sustainable architecture shows how early planning, aligned RFPs, and project-specific strategies deliver measurable ESG outcomes.

As ESG fades from headlines, startups are tackling the hardest industrial challenges—turning emissions, waste, and water into opportunities for performance and growth.

AI data centers are driving electricity demand and rising costs. A new approach—onsite power generation—offers a path to protect ratepayers while supporting growth.

Industrial decarbonization is shifting from ambition to execution, with cost, infrastructure, and power constraints shaping what’s actually deployable at scale.

Utilities are integrating advanced forecasting, hyperlocal weather data, and predictive analytics into daily operations to strengthen grid reliability, anticipate risk, and manage rising climate volatility.

As electrification and AI-driven power demand grow, urban industrial load pockets are becoming strategic locations for battery energy storage. Developers must navigate complex interconnection, fire safety, and engineering challenges to unlock grid reliability and congestion relief.

An op-ed examining why Europe’s EV incentives drive adoption through fleets, payroll, and tax policy, while U.S. EV subsidies focus on purchase credits.

From Davos to Doha, climate leadership is moving toward implementation. This commentary highlights how innovation platforms, green industrial policy, and investor alignment are driving faster climate solutions.