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BAT EMC board for BME-3P-WP-12/15 TWIN

IN STOCK at EXTERNAL supplier

Price R35
BAT EMC board for BME-3P-WP-12/15 TWIN

Please note: All spare part sales are final.
Due to repeated cases of part tampering, damage, and incorrect returns, no returns or exchanges will be accepted.

Please ensure compatibility before purchase.
By proceeding, you agree to this policy.

Jamboree Backpack

IN STOCK at EXTERNAL supplier

Price R108
This bag features a colour block front panel which provides a bold statement that will promote your company's logo.    29 ( w ) x 14 ( d ) x 40 ( h ) 600D main zippered compartment zipper runs from the back to the front front slip pocket side mesh pocket bulk packed

Solis Three Phase 50kW High Voltage Energy Storage Hybrid Inverter

IN STOCK at EXTERNAL supplier

Price R83,195
Solis Three Phase High Voltage Energy Storage Inverter Introducing the Solis S6-EH3P(30-50)K-H Series. High voltage, three-phase energy storage for commercial applications. Features: Allowable PV of up to 100kW, on the 180-1000V MPPT. 4-MPPTs, rated at 40A each, with 2-string inputs each allowing for 8 strings of high power/current PV modules. Supports Grid and Generator AC inputs. Parallel up to 6 x inverters for up to 300kW of back-up load. Battery Charge and Discharge current of up to 140A. UPS transfer time of less than 10ms. 160% surge power for 2s to accommodate inductive loads. Integrated AFCI (DC arc-fault circuit protection) – mitigating fire risks. LCD display and remote firmware upgrades with included S4 Wi-Fi/LAN Stick and Solis Cloud support/monitoring. Solis reliability with 5-year warranty. (extendable to 10/15/20-years) Current transformer ESCT-T50-300A/5A included in product packaging SA: NRS-097 certified and CoCT approved.Dyness stack 100 compatibility of up to 13 batteries per stack without exceeding the 800V battery range. IMPORTANT:The inverter supports a maximum battery charge and discharge of 140A. As each of the two battery ports support a maximum of 25mm2 cable/70A. If you require the 140A from a single battery/battery stack, you are required to connect your battery cables to a common bus bar for positive and negative and take a 25mm2 cable to each battery port on the inverter. Setting 1 BAT 2 DC on your inverter battery settings and connecting to BMS port 1.