Sustainable Energy Depends on a Smarter Supply Chain

By Rosita Johnson

This May, ASCI is getting ready to attend the Alaska Sustainable Energy Conference in Anchorage, where energy leaders, researchers, policymakers, investors, entrepreneurs, and a wide variety of businesses will come together to discuss Alaska’s energy future. The 2026 conference will be held May 19 through 21 at the Dena’ina Civic and Convention Center, and the event brings together senior leaders and technical experts from across energy, business, research, policy, and government.

Sustainable energy is no longer a niche topic for one industry or one type of company. It touches utilities, construction, mining, oil and gas, transportation, technology, manufacturing, tribal organizations, government agencies, and the small businesses that support them. Sustainable energy does not move forward on ideas alone. It moves forward through planning, procurement, warehousing, transportation, inventory control, vendor coordination, and project execution.

In other words, sustainable energy depends on a smarter supply chain.

The International Energy Agency projects that global renewable power capacity will increase by almost 4,600 gigawatts between 2025 and 2030, roughly doubling the deployment of the previous five years. Solar PV is expected to make up nearly 80% of that global increase.

That is a big number, but it also comes with a practical problem. Building that much renewable capacity requires equipment, parts, raw materials, skilled labor, transportation, storage, and reliable supplier networks. The IEA also notes that grid integration, financing, and supply chain vulnerabilities are among the challenges affecting renewable energy growth.

1. Sustainable Energy Goals Still Need Materials, Equipment, and Logistics

It is easy to talk about clean energy projects, battery storage, microgrids, transmission upgrades, renewable fuels, or lower emissions operations. It is much harder to make sure the right materials arrive at the right place, in the right condition, at the right time, with the right documentation.

A project can have the best design in the world and still get held up by something simple, like a missing component, a wrong part number, a damaged shipment, a long lead time item, or material sitting in the warehouse that no one can find. Sustainability may sound like a big-picture goal, but in daily operations, it often comes down to good inventory records, careful receiving, vendor follow up, freight planning, and organized material staging.

The energy transition is also changing how businesses think about risk. A company may want to reduce emissions, use more renewable power, or support sustainable infrastructure, but those goals can create new supply chain pressure. Renewable energy projects often rely on specialized equipment and materials. Some are imported and have long lead times. Some require technical documentation that takes a while to review and approve. Some are tied to funding deadlines, construction seasons, or remote project locations.

Alaska adds another layer of reality. Distance, weather, limited infrastructure, seasonal access, and higher transportation costs can turn a small supply chain issue into a major project problem. A missing part in the Lower 48 might be an overnight shipment. In Alaska, that same missing part can become a schedule delay, a cost increase, or a very expensive lesson. The supply chain does not care how good the mission statement sounds. It cares whether the material is available.

2. Better Planning Reduces Delays, Waste, and Emergency Spending

One of the most practical steps is better material planning before a project begins. Several of our blogs discuss the value of staging project materials, especially when supply chain disruptions, material shortages, rush shipments, and project delays are a concern. Staging allows companies to order needed materials in advance, verify them, group them by project or milestone, and move them to the job site when needed.

That same thinking applies to sustainable energy projects. If a business is installing new equipment, supporting a microgrid project, upgrading infrastructure, or preparing for a renewable energy expansion, it needs a material plan early. Waiting until the crew is ready to start work leaves too much room for delays, added costs, and last-minute scrambling.

Another important piece is material data. A well maintained material catalog gives procurement, warehouse, and inventory teams better visibility into what is being ordered, where it came from, how often it is used, what it costs, and whether substitutions or alternate parts are available. One of our blogs explains how accurate material data improves procurement, inventory management, warehouse operations, accounting accuracy, and reporting.

That data is becoming more important as companies look at sustainability reporting. The 2025 State of Supply Chain Sustainability report, produced by the MIT Sustainable Supply Chain Lab and the Council of Supply Chain Management Professionals, gathers insight from more than 1,200 professionals across 97 countries. It also reinforces that sustainability is now a major business issue for supply chain, procurement, operations, logistics, and sustainability professionals.

MIT Sloan also reported that 80% of surveyed businesses believe sustainability is important or extremely important to their long term success. That should get every procurement and supply chain team’s attention. Companies cannot improve what they cannot see. If supplier records are incomplete, material descriptions are inconsistent, inventory counts are off, or transportation activity is not tracked, sustainability reporting turns into a lot of guessing. And guessing is not much of a plan.

The good news is that smarter supply chain practices often support both sustainability and cost control. Better planning can reduce emergency shipments. Accurate inventory can prevent duplicate purchasing. Proper receiving can catch damaged or incorrect materials before they reach the project site. Staging can reduce downtime. Surplus management can help companies redeploy, return, sell, donate, recycle, or otherwise properly dispose of excess materials instead of letting them sit in a yard or end up in a landfill.

3. Alaska’s Energy Future Will Need Practical Supply Chain Support

As ASCI prepares to attend the Alaska Sustainable Energy Conference, we are looking forward to conversations with businesses across many industries. The companies represented at the conference may have different products, services, technologies, and priorities, but many will share the same operational challenge: how to turn energy goals into real, workable projects.

The conference agenda includes topics such as renewable energy, rural microgrids, hydropower, integrated energy systems, infrastructure resilience, and critical minerals. All of these areas depend on more than technology. They depend on reliable suppliers, accurate data, transportation planning, warehousing, material coordination, and people who know how to keep work moving in the real world.

That challenge will not be solved by one industry alone. It will require collaboration between energy developers, suppliers, logistics providers, warehouse teams, procurement professionals, contractors, engineers, project managers, policymakers, and local businesses that understand how work actually gets done in Alaska.

Sustainable energy is the future, but the future still has to be ordered, received, inspected, stored, tracked, transported, issued, maintained, and sometimes dispositioned. That is the part of the conversation ASCI knows well.

A smarter energy future needs a smarter supply chain. Without it, even the best energy projects can stall before they ever get plugged in.

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ASCI specializes in helping businesses to address supply chain management challenges. Visit our website to learn more and to arrange for a free consultation.