Investment & Strategic Partnerships
Jumplink Energy System Corp, Ontario, Canada
Jumplink Energy System Corp. is an early-stage clean energy research and development company focused on vanadium redox flow battery (VRFB) technology in stationary energy storage for Jumplink Smart Microgrids Technology.
Our First Milestone: The development program will have two principal engineering projects:
- Vanadium redox flow battery prototype — a seven-cell, nominal 100 W laboratory battery stack, including electrolyte circulation, instrumentation and controls.
- DC/AC inverter prototype — a power conversion system designed to interface with the battery and support future smart microgrid operation.
Phase 1 — Component prototyping. VRFB • inverter • power electronics • controls • protection. Phase 2 — Laboratory integration. Battery, DC bus, inverter, simulated renewable input and test loads. Phase 3 — System validation. Power conversion, efficiency, control, protection and operating stability. Phase 4 — Pilot project. Larger integrated smart microgrid demonstration, separately financed.
COMPANY OVERVEW

Current situation of humanity - not enough electricity to resolve skyrocket data centers power demand
Jumplink Energy System Inc. is an early-stage clean energy research and development company focused on vanadium redox flow battery (VRFB) technology and its potential applications in stationary energy storage and smart microgrids.Our initial development program focuses on designing, manufacturing and testing a seven-cell, nominal 100 W vanadium redox flow battery prototype.
The prototype is intended to support research into battery stack performance, electrolyte circulation, energy efficiency, materials and system reliability.
Our Long-Term Vision All data centers consumes a lot of electrical power for processing and cooling. And power interruption entail billions of losses.
Our proposal is to build Jumplink autonomous electricity supply system to data centers and etc.
The Jumplink Microgrid algorithm is based on solar panels and energy storage system, with the possibility to use current regular electrical grid for battery charging and PV backup.
Basically, it is a possibility to conserve energy from the sun and grid and back up during the facility outage. Batteries are cheap enough now to make dispatchable solar and grid combination economically feasible.
Jumplink Smart Microgrid Technology Overview
Jumplink Development Roadmap


