A clean energy strategy must begin with efficiency. Prioritizing energy efficiency first will position the organization for better deployment of clean energy generation resources. Benchmarking energy consumption is an easy first step to quantify the potential energy savings available.

Next, a prioritized list of energy conservation measures guides implementation to reduce energy costs. Incentives and rebates are tied to savings. Verification of savings should be reviewed, but need not be overly complicated. Tracking the success of energy savings overtime will support future budgeting.

Not all on-site generation is equal - a combination of technologies is required for resilient operations when seeking net zero. Distributed Energy Resources, or DER, refers to energy generation, storage and even demand response programming that can automatically reduce power consumption during peak times. The organization’s own sustainability goals also refine which technologies best align with their mission.

Since reducing GHG emissions is a primary motivation for clean energy strategy, it is crucial to incorporate source energy and carbon intensity in these energy analyses. Understanding that the utility is a partner in powering your facility - even when seeking net zero - will make the most of your investment in clean energy systems.

Key deliverables for clean energy planning include:

• Energy benchmarking

• Carbon profiling & forecasting

• Facilities Condition & Resilience Assessment

• Carbon Capital Planning

• Strategic Energy Management Program (ISO 50001)