Industries / Data Centers
Deploy megawatt-scale power on-site in weeks. SparkCharge bridges you to the grid, carrying your full load now, then keeps optimizing every kWh once you're connected.
Online in as little as 7 days
3000+ kWh capacity
99.9% Uptime
Site power · live
3.8
MW
delivered on-site · bridging to utility
94%
utilization
0
outages
12 d
to deploy
Built for data centers
Product · recommended
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Battery Energy Storage (BESS)
Modular megawatt-scale storage that carries your full rack load, banks off-peak energy, and dispatches on demand.
Explore BESS SolutionsProduct
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PowerHub Generation
Clean, quiet on-site generation that pairs with storage to bridge megawatt loads with zero grid connection.
Explore PowerHub SolutionsService
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Energy-as-a-Service
The whole system delivered as a managed service, $0 capex, SparkAI-optimized, revenue back to you.
Explore EaaS
Battery Energy Storage
Modular BESS banks energy when it's cheap and clean, then delivers full rack load the instant compute needs it, the backbone of a grid-independent data center.
MW+
scalable capacity
Modular
stack as you grow
0
emissions on-site
The utility route
2-7 years in the interconnection queue
Massive upfront capital commitment
No reliable ways to bridge fap while you wait
Fixed capacity that's hard to scale
The SparkCharge route
Online in weeks, not years
$0 capex, pay for power, not infrastructure
Clean, quiet battery + PowerHub generation
Scales rack-by-rack on demand
Every hour an electric vehicle (EV) sits idle waiting for a charge is an hour it is not earning. For fleet operators running last-mile delivery, rideshare, rental, or shuttle operations, EV downtime is not a minor inconvenience. It is a direct hit to route completion rates, SLA performance, and revenue per vehicle.
FAQ
Have another question? Reach out and our team will get you answers.
Contact Our Team ↗01
How can data centers get power without waiting on grid interconnection?
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SparkCharge deploys megawatt-scale battery storage or on-site PowerHub generation directly to your data center site, carrying your full rack load without waiting on the utility interconnection queue. Instead of the 2 to 7 years a new grid connection can take, SparkCharge gets you online in as little as 7 days, then keeps optimizing every kWh once you're connected to the grid.
02
How much power can SparkCharge deliver to a data center?
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SparkCharge's Battery Energy Storage (BESS) can be modular and scale to megawatt-plus capacity, sized to carry your full rack load regardless of site size. Because the system stacks as you grow, capacity can expand alongside your data center's compute demand without a new capital project or grid upgrade.
03
Can on-site battery storage replace a utility grid connection for a data center?
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Yes. SparkCharge's battery-first approach is engineered to carry your full rack load on its own, banking off-peak energy and dispatching it on demand, so your data center can run independent of the grid. Many sites pair BESS with PowerHub generation for zero-grid-connection operation, or use it as a bridge while a permanent utility connection is still in progress. Once the permanent utility connection is installed, SparkCharge equipment can be tied into the grid to maximize energy efficiency.
04
How fast can megawatt-scale power be deployed at a data center site?
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Most SparkCharge data center deployments go live in as little as 14 days from site approval, compared to the multi-year timelines a new utility interconnection can require. Because the equipment is modular and mobile, there's no construction or delay standing between your racks and full power.
