Turnkey Battery Storage Solutions with Flexible Payment Terms & Fast Delivery
From 40 kWh to 400 MWh, GridVest sources from top-tier lithium-ion energy storage systems and integrates them with the best inverters and energy management systems.
We handle all contracting, logistics, integration, commissioning and more.
Featured Suppliers
How We Add Value
Experts In Logistics
15+ years experience sourcing from Asia
Fast and transparent delivery updates
Reliable delivery terms
Reduced lead time
Equipment storage available
Minimal Capital Upfront
Starting at a 10% deposit even for companies with limited credit history
Customized payment schedules (up to 12 months after delivery)
One bundled price, no additional costs
Best BESS market prices due to bulk pricing and longterm partnerships
Tailored To Your Needs
Unbeatable customer service & quality
Troubleshooting and technical support
Feasibility studies and system sizing included
Easily get quotes from multiple suppliers and system configurations.
Tell us your project size, location, and timeline.
We’ll get you a quote within 48 hours.
Success Stories
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![Three workers in safety vests and helmets working on electrical equipment outside on a concrete platform with a clear blue sky above.]()
Five Schools with Backup Power in CA
Palmdale, California
System size: 1146 kWh / 250 kWBattery: Risen Storage with CATL cells
Inverter: Delta Inverter
EMS: Molecule EMS
When the renewable energy developer of a California school district sought reliable and affordable battery storage solutions for five schools in California so they could provide backup power to protect students and staff during outages, increase utilization of solar and lower their electricity bills, GridVest stepped in with a tailored battery storage solution.
We delivered best-in-market pricing on high-performance battery systems, while also offering flexible payment terms that fit the school’s payment schedule to the developer. To accommodate project delays, we securely stored the batteries until the site was ready, ensuring a seamless installation process.
Our technical team provided hands-on commissioning and support, guaranteeing the system worked flawlessly from day one. The result: a resilient, cost-effective energy storage solution that saved the school money and demonstrated GridVest’s ability to adapt quickly and keep projects moving—even under challenging circumstances.
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![Electrical equipment installation outdoors near a sidewalk, with pipes on the left and a building on the right, at sunset.]()
EV Charging site in CA
Santa Paula, California
System Size: 286.72 kWh / 125 kWBattery: Risen Storage with CATL cells
Inverter: Delta 125 kW
EMS: Up Energy
A CEC electrification grant funded project developed by Ventura Energy to provide power for high speed EV charging capabilities, providing energy arbitrage and supporting an area that has frequent power outages.
We helped Ventura navigate the project requirements by making sure sure the system was 9540 and UL1741 CRD compliant, providing flexible payment terms and managing commissioning.
Despite site delays with construction we stored the batteries for an extra 4 months for installation to be as easy as possible. -
![Electrical substation with transformers and power lines under a blue sky with scattered clouds.]()
Multi-site Microgrids in Texas
Midland, Texas
System size: 2.75MWh, 2MWBattery: Risen Storage with CATL cells
Inverter: EPC Power CAB1000
EMS: DEIF
A unique off-grid project where the batteries are backing up a several natural gas generators and allow them run more efficiently and reduce the run time needed. These are 1C (1-hour) batteries that allow the batteries to deploy up to 2MWs at any time.
From order to batteries on the ground in three months, with only 10% down. GridVest delivered a fully integrated battery container with EPC Power inverters and did so on accelerated timelines to beat the new tariffs.
Supported seamless EMS integration and commissioning with the client's preferred supplier and deploying across three sites simultaneously. Expecting another ten sites following a similar structure ahead.
