The operational demands of your business are unique. They rarely align when electricity is available at its lowest cost. As you electrify your vehicle fleet, the need to proactively manage your energy usage at its lowest cost becomes paramount. Regardless of whether you have a solar PV system installed, accessing energy at different times of the day has significant financial implications for operating your EV fleet.
We understand that the provision of low cost, reliable energy is a means to an end for your business. Jump Energy are experts in defining and delivering onsite energy storage solutions for commercial & industrial operators of electric vehicles (EVs). We conduct a comprehensive review of your daily energy usage, to ensure you have the right-sized onsite battery energy storage system (BESS) to access and disperse energy at the ideal times for your business.
The BESS behind an EV charging site does the real work: storing power when it's cheap, releasing it during peak demand, and easing pressure on the grid connection. For commercial & industrial operators of EVs, choosing the right BESS directly affects EV charging capacity, running costs, and how well the site scales.
The intelligence behind a BESS matters as much as the hardware. Smart energy management software monitors demand in real time, automatically shifting stored power to where it's needed most. For EV fleet operators, this means charging performance that adapts to fleet activity — without manual intervention or guesswork.
Not all BESS products are built the same. Chasing the lowest upfront price often means settling for lower-quality systems that degrade faster and cost more to maintain. Choosing quality-built BESS technology supports stronger asset lifecycle management, protecting performance and return on investment.
We undertake a comprehensive site assessment, energy history and interval usage analysis, and sizing of the BESS for your specific operational requirements. We identify the ideal BESS solution for your business, and approach the market to negotiate on your behalf to integrate and deliver a comprehensive fixed-price commercial proposal for your approval.
We provide an end-to-end project solution including product procurement, development of safety plans, civil works, electrical installation, network connection, site acceptance testing, staff training, and handover documentation.
We pride ourselves on managing reliable clean energy assets. We offer a range of service level agreements to proactively monitor and maintain your BESS to ensure your site and vehicles are always energised.
We understand that every business is different when managing infrastructure projects. Some businesses want to own and operate, other businesses simply want an outcome. As part of our Energy-as-a-Service (EaaS) portfolio, Jump Energy can deliver an outcome-based BESS-as-a-Service (BaaS) solution aligned to your needs. You simply pay a monthly fee and we’ll manage the rest.
A BESS usually consists of battery containers, inverters, transformers, and a Battery Management System (BMS) to monitor health.
Yes, due to cooling systems and inverters, but they are designed to meet strict noise-level standards across Australia and New Zealand.
A BESS reduces high peak demand energy costs for commercial and industrial users by discharging stored energy during peak times, preventing the need for costly grid upgrades.
You can shift energy usage to off-peak hours, charging the BESS when electricity prices are low and utilising that power when prices are high.
A BESS will respond in milliseconds to changes in system frequency, injecting or absorbing power to ensure the grid remains stable, preventing brownouts or blackouts.
Jump Energy was engaged by Meridian Energy to deliver public EV rapid charging stations, powered by a DC microgrid system. As part of Meridian Energy’s Zero charging network, Jump Energy activated four sites and provides ongoing asset lifecycle management.
Jump Energy was engaged by Waste Management NZ to deliver a fit-for-purpose, high-capacity DC charging solution to support Volvo FM prime mover operations from the Kate Valley Landfill.
