An easier, more comprehensive transition
We design, build, own, and operate your comprehensive
on-site energy and charging infrastructure at no upfront cost to your business, making your transition as simple and attainable as possible.
Many CPG organizations need to increase energy capacity quickly and sustainably, but they rely on utility grids that are not always equipped to support decarbonization or fleet electrification. Energy-intensive CPG organizations must think outside the grid, leveraging tailored energy infrastructure solutions to decarbonize and electrify for more efficient operations.
The CPG energy transformation is important considering the following:
Resilience, reliability, greenhouse gas reduction, and cost-stability
Transferred risk of designing, financing, owning, installing, and managing the energy infrastructure
No up-front capital or energy infrastructure expertise needed
Energy infrastructure expertly designed, built, owned, operated, and maintained for you
Fixed pricing and protection from energy cost volatility
We can help you lock in time to power, pricing, and performance.
No two energy transformation journeys are the same. Achieving unique business goals means creating and implementing a tailored action plan specific to your industry and individual targets.
Helping energy-intensive facilities and supply chains to decarbonize rapidly and expand capacity, without waiting for the grid to catch up
Accelerating decarbonization and the electrified transportation transition for medium to heavy-duty fleets and other transit services
Achieving meaningful climate goals across mining, cement, metals, and glass, among others
Stabilizing long-term energy costs while achieving resilient, zero-carbon energy across pharma, biotech, medical devices, and hospitals
Generating fewer greenhouse gas emissions in the face of a growing global food demand in the snacks, dairy, meat, and beverage industries, and beyond
Creating positive and sustainable visitor experiences by reducing greenhouse gas emissions across energy-intensive entertainment facilities
