At Bauma 2025, Sennebogen can be presenting two recycling materials handlers from the brand new G-series with battery drive for the primary time: the 824 Electro Battery and the 826 Electro Battery.
Along with all the benefits supplied by the sixth machine era from Sennebogen, these two battery-powered machines are characterised by the truth that the battery capability may be flexibly configured.
The 824 G Electro Battery and 826 G Electro Battery additionally characteristic excessive load capacities and lengthy reaches of 12 and 13 metres respectively.
The clever, latest-generation Sencon management system put in within the machine permits intuitive and customised operation for the driving force or the applying, in addition to cost-saving distant upkeep choices.
Outfitted with a battery-powered electrical drive, the machines function fully freed from CO2 emissions and every save over 60 tons of CO2 per yr. Not solely are folks and the atmosphere noticeably relieved, however working prices are additionally decreased, because the service necessities for the Electro Battery fashions are very low and no fossil fuels comparable to diesel or engine oils should be added.
Because of the modular battery idea, the machines can be flexibly tailored to totally different utility necessities when it comes to efficiency.
Each machines are geared up with a 90kW electrical motor. Relying on necessities, one, two, three or 4 highly effective lithium-ion battery packs may be configured and retrofitted. This offers prospects most flexibility and future-proofing, as they’ll initially select probably the most economical resolution for them and enhance the battery capability later if required.
Every battery pack delivers roughly 98kWh, which signifies that when geared up with 4 battery packs, every can be utilized for six to seven hours with out recharging. The machines are charged rapidly and effectively through two to a few onboard chargers on the undercarriage, every with 22kW charging energy, in order that both 44 or 66kW complete charging energy per hour is feasible.
Battery-powered materials handlers from Sennebogen are characterised above all by the truth that they’re designed to be significantly application-oriented and sensible. This contains the Twin Energy Administration System which permits the machine to work autonomously in battery mode in addition to linked to the mains.
In battery mode, the machine is provided with power solely from the battery pack and is extremely cell. Whether it is linked to the mains through the charging level on the undercarriage for charging, work can proceed in stationary mode, because the uppercarriage may be swiveled by way of 360°. Extra energy fed in throughout the charging course of concurrently recharges the batteries.
One other benefit is that the prevailing infrastructure of the recycling firm can be utilized, because the machine is charged through a commercially out there, standardised 63 A or 125 A CEE plug. There is no such thing as a want for added funding in charging stations.
The licensed high-voltage battery programs of the 2 battery machines impress with an extended service lifetime of over 4,000 full cost cycles which is achieved by the best temperature management of the battery cells within the system.
Because of the built-in battery storage, load peaks are additionally smoothed out (peak shaving), which reduces the grid connection energy and saves electrical energy prices. The truth that no guide intervention within the system is critical is especially protected for the operator.
Twin Energy Administration robotically detects the power supply – battery or mains energy – and switches to the suitable working mode. As a part of common diagnostics, the machine additionally independently detects faults and interventions within the high-voltage system and switches off in a managed method if vital.
For example of the 2 new battery-powered excavators within the G-series, the 824 G Electro Battery can be one in all a complete of eight machine improvements on show on the Sennebogen stand at Bauma within the outside space FM.712.
Photographs courtesy of Sennebogen
