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As demand in the U.S. expands for electrification of vehicles of all sizes, limited power capacity for DC fast charging presents a serious constraint across the EV supply chain and lifecycle. This is especially true for commercial & industrial companies whose business operations depend on reliable, efficient DC fast EV charging whenever and wherever needed to ensure uninterrupted vehicle availability. Uncertainty around policy, vehicle adoption and charging behavior that impedes grid upgrade planning enlarges the power gap.
GenCell’s rapidly deployable DC fast EV charging solution can be dispatched for on-site generation of continuous, stable, high-capacity power for DC fast charging of EV fleets as well as for port operations and electrification of industrial equipment wherever demand exceeds grid and behind the meter infrastructure.
With transmission inadequacy, renewable integration challenges, interconnection queues, worsening severe weather, load demand surges, cybersecurity threats and aging grid infrastructure intensifying grid vulnerabilities, backup power for mission-critical applications, disaster and emergency response is a must.
When disaster strikes, GenCell’s dispatchable long-duration backup solutions provide uninterrupted, zero-emission, low-maintenance power. Relying on multiple versatile power sources including resilient and durable on-site hydrogen-fueled electrochemical power generation ensures that the solutions work in even the worst conditions. With GenCell, you’re backed up and back on.
Concerns about grid stability, energy independence and security are driving interest in off-grid energy solutions, motivating communities and businesses to increasingly have the capacity to generate their own power. Growing availability of renewables and innovative energy storage technologies is driving demand for off-grid power alternatives.
Off-grid power sources are in demand for a variety of applications, not only for residential homes but also for small businesses, military bases, disaster-prone areas and remote communities.
By generating primary power that is both sustainable and resilient, GenCell aims to contribute to hybrid microgrids that connect rural and off-grid communities. By incorporating zero-emission hydrogen fuel cells in our solutions, we aim to decrease dependence on diesel fuel alternatives. Resilient AND Sustainable Stand-alone Power – Wherever and Whenever Needed.
With growing awareness of the need for more reliable and resilient energy systems, particularly in the face of climate change and aging infrastructure, the United States is undergoing a significant surge in demand for distributed energy resources (DERs), especially hybrid solutions that combine renewable and non-renewable energy sources. The rising cost of electricity alongside the increasing affordability of renewable energy resources are key factors encouraging the uptake in DER adoption. And technological advancements in energy storage, grid modernization and smart grid technologies all contribute to reinforcing interest in microgrids incorporating hybrid DERs that can be activated on demand and bridge power gaps in underserved areas.
GenCell offers modular, portable containerized DER solutions combining battery energy storage systems with hydrogen-fueled on-site power generation and DERMS software for optimized integration. Combining hydrogen-powered DERs with our proprietary GenCell GEMS energy management software, the solution brings together data on power production and consumption to optimize operations. The software optimizes allocation of power resources in terms of cost and time, tracks energy consumption, calculates diverse billable power sources and prioritizes energy resources in alignment with different usage strategies, facilitating peak shaving and fast frequency response.