Lancium is in the business of operating mega scale Clean Campuses for AI data centers, delivering and orchestrating all power resources from grid to BTM storage and generation. Xendee’s platform has given us the ability to input complex variables and constraints, and generate the optimal multi-year strategy to power each campus and ensure we deliver the lowest-cost, most resilient, and maximally green energy possible.
-Ali Fenn
President, Lancium
Meet Energy Demand for Data Centers with Distributed Energy and Small Modular Reactors
Data center energy demand is skyrocketing — and traditional grid infrastructure can’t keep up. This whitepaper explores how a phased approach using Distributed Energy Resources (DERs) and Small Modular Reactors (SMRs) can reduce costs, cut emissions, and future-proof data center power strategies.
Built For Energy-As-A-Service Integration With Existing Systems & Legacy Controllers
Xendee equips your team with the software tools, training, and modeling services to deliver resilient, cost-effective energy systems. We’ve worked with innovators like Lancium to help size and optimize systems using CHP, battery storage, PV, and wholesale market participation, building solid business cases that hold up over decades. Our platform supports multi-year planning, advanced optimization, and digital twin simulations to quantify the impact of design decisions and even improve the ROI of existing controllers by up to 60%.
Grow Your Data Center Business by Deploying Our Multi-Year Analysis
Leverage Xendee's adaptive multi-year algorithm to ensure cost effectiveness in the near-term through technologies such as renewables, energy storage, CHP and absorption chillers, while retaining flexibility to evolve your technology mix at the right times to maximize future performance. Optimize your data center's energy costs and generation through market participation.
Xendee's modeling experts extend your team with the on-demand expertise and capabilities you need to ensure accuracy and speed on your data center projects.
With DESIGN, model power and energy flow for your data centers together with financial constraints to create the optimal design, without the need for time-consuming manual iterations.
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OPERATE is a sophisticated DER and microgrid controller that automates system management. The same algorithm and features used in DESIGN to project savings based on tax incentives, multi-node operation, and balancing carbon and cost will carry through to OPERATE, ensuring you realize projected savings.