Raymond implements energy storage and solar energy generating system
20 South Canal St
Greene, NY 13778
Phone: 607 656-2311
Fax: 607 656-9005
http://www.raymondcorp.com
New behind-the-meter storage practice demonstrates potential benefits, including lower costs
The Raymond Corporation has finalized its deployment of a full-scale battery energy storage system, solar microgrid array, and warehouse energy management system at its distribution warehouse in Greene, New York. The goal is to demonstrate continuous system benefits of lower energy costs, peak demand management, and resiliency for warehouses.
“With the implementation of behind-the-meter storage at our distribution center, we have gained insights into the benefits of the system in material handling applications specifically related to alleviating increased demand associated with charging of advanced power solutions including lithium,” said Jennifer de Souza, vice president, energy solutions, procurement and leasing, The Raymond Corporation. “We are excited to continue to demonstrate a new energy storage process and solution for warehouse energy management that will reduce utility costs for warehouse owners.”
This energy storage program began as a joint project in March 2019 with Binghamton University and was partially funded by a $1 million award from the New York State Energy Research and Development Authority. The first phase included the installation of a 200kW Photovoltaic (solar) system and a 250kW/420kWh Battery Energy Storage System at Raymond’s distribution warehouse. The second and third stages of the project developed and demonstrated the installation of advanced lithium-ion battery chargers utilizing proprietary software to balance grid and microgrid charging for power optimization with a priority on renewable energy as the primary goal.
The microgrid installation has demonstrated the benefits of behind-the-meter energy generation and storage combined with forklift-to-grid charging systems.
“The energy storage solution can help transform warehouses into controllable energy hubs or Virtual Power Plants (VPP), which can be optimized to support the power grid during normal and peak grid conditions while improving sustainability and carbon neutrality,” de Souza said.
With insights from this project, Raymond is now deploying the installation of a front-of-the-meter rooftop system at its Syracuse, New York, parts distribution facility.
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