Vertiv™ EnergyCore Grid
Vertiv EnergyCore Grid delivers scalable, high-capacity battery energy storage systems for data centers and critical infrastructure. Designed for grid-connected and hybrid applications, it ensures reliable power, simplified integration, and flexible deployment to meet the demands of today’s high-performance environments.
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- Banking
- Financial and Insurance
- Chemical/Petrochemical (excl. Oil & Gas)
- Construction and Engineering
- Data Center/Colocation/Hosting
- Government
- Healthcare
- Manufacturing
- Military
- Defense
- Aerospace and Missile
- Mining/Metals
- Oil and Gas
- Power Generation
- Power/Gas Transmission and Distribution
- Transportation
Vertiv™ EnergyCore Grid
Vertiv EnergyCore Grid delivers scalable, high-capacity battery energy storage systems for data centers and critical infrastructure. Designed for grid-connected and hybrid applications, it ensures reliable power, simplified integration, and flexible deployment to meet the demands of today’s high-performance environments.
- Banking
- Financial and Insurance
- Chemical/Petrochemical (excl. Oil & Gas)
- Construction and Engineering
- Data Center/Colocation/Hosting
- Government
- Healthcare
- Manufacturing
- Military
- Defense
- Aerospace and Missile
- Mining/Metals
- Oil and Gas
- Power Generation
- Power/Gas Transmission and Distribution
- Transportation
Specifications
Vertiv™ DynaFlex 1000
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Varies by application | Varies by application | Varies by application |
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Vertiv™ DynaFlex 250/500
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See more product information |
Benefits
- Provides near-instantaneous power transfer to protect mission-critical operations from disruptions - a measurable safeguard against downtime.
- Scale power capacity to site-specific needs or future growth without overbuilding upfront — maximizing ROI and minimizing stranded assets.
- Enables peak shaving, load shifting, and backup power support — reducing energy costs, improving power quality, and increasing resilience for on-site operations.
- Seamlessly integrates with your energy ecosystem to optimize DERs, load profiles, and utility coordination — simplifying complex power strategies.
- Ready-to-deploy in harsh environments with minimal site prep — accelerates deployment and reduces installation complexity.
Features
- Milliseconds Transfer Time
- Modular Architecture (1MW – 200+ MW)
- Demand Charge Management & Optimization
- Advanced EMS & Controls
- Skidded Design, Outdoor-Rated Solution
*To see model-specific downloads, you will need to go to the model-specific product page by selecting the model name in the specifications chart above.
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Frequently Asked Questions
- Q
- What about duration limitations?
- A
- As duration times increase, land use increases as well. The Vertiv Dynaflex BESS with lithium ion batteries has a competitive 1 to 6 hour duration. If a longer duration is required, adding a DER capable of running for longer duration is suggested to help improve the overall TCO.
- Q
- When making a business case for a BESS, what costs should I consider?
- A
- * What are you annual demand charges? * Are there frequent short duration outages that impact mission-critical operations? * Do you have power quality issues which affect your mission-critical facility and causes damage to your operations? If there are power factor challenges, how much does the utility charge for a poor power factor? * How many incoming utility feeders serve the mission-critical facility, which would need to integrate with the BESS? * What are the operational/maintenance and fuel costs associated with the current backup generator fleet? How often are the generators operating outside their peak efficiency windows?....consult us for other important factors.
- Q
- What questions should I ask BESS vendors about fire safety?
- A
- *Does the BESS supplier adhere to the requirements of NFPA-855? * Is the complete battery system certified to meet UL9540A, which ensures that, in case of a thermal even, fire will be contained within a single rack? * What has been provided for fire suppression? Traditional clean agents and aerosols are not effective for containment of LIB thermal events since the explosive off-gasses from the batteries need to be exhausted which would also exhaust these clean agents. Water deluge has been found to be the best method to cool the batteries. * Has an electrolyte gas detection system been provided to detect off-gassing before a thermal event starts? If water is used to cool a thermal event, how is the spent water disposed of (floor drain may not be suitable). Vertiv Service safety experts inspect and certify the safety of the Vertiv Dynaflex BESS and all Vertiv equipment as well as conducting data center assessments.