Lux Power ACS 3600
Designed to retrofit alongside existing on-grid solar storage systems, the LXP ACS 3600 units can also be used as battery storage through the grid.
G98 certified with the capability to have from one to eight batteries connected, the AC units and sufficient batteries have a maximum charge capacity of 70A DC, which equates to approximately 3500w.
Features at a Glance
Key LXP 3600 ACS Features
12-year warranty as standard – Can be extended to a 20-year warranty
Allows one to eight Lithium Batteries
Remote upgrading – Firmware and parameter upgrading remotely
Free monitoring – For mobile & web portal (PC)
Advanced weather compensation programming
Agile Octopus tariff ready
Outgoing Octopus tariff ready
Octopus Go tariff ready
Grid Share Incentive ready
Seamless automatic switch over – 0.01s
Integrated EPS as standard – Maximum 13A limited
Smart export control on both AC & EPS output
Max charge & discharge rate of 70A
Lightweight – only 25Kg
Low operating noise levels – less then 25bB
IP65 rated
UK technical Support
Product Outline
LXP 3600 ACS Specifications
Battery Types: Lithium-Ion or Lead-Acid
Nominal Battery Voltage: 48V
Maximum Charging Voltage: SSO (Configurable)
Maximum Charging Current: 70A
Maximum Discharging Current: 70A
Battery Capacity: >3kWh
Charging Mode for Lithium-Ion Battery: Self-adaption to BMS
Charging Mode for Lead-Acid Battery: 3-stage
Maximum Apparent Power Output to Utility Grid: 3600VA
Maximum Apparent Power from Utility Grid: 6000VA
Nominal Output Voltage: 240V
Nominal Output Frequency: 50/60Hz
Maximum AC Current Output to Utility Grid: 16A
Maximum AC Current From Utility Grid: 26A
Output Power Factor: -1 (Adjustable from 0.8 leading to 0.8 lagging)
Output THDI <3%
Grid Connection: Single-phase
Inrush Current: 10A/10us
Maximum Output Fault Current: 50A/20us
Maximum Output Apparent Power: 3600VA
Peak Output Apparent Power: 4700VA (30secs)
Automatic Switch Time: 0.01s
Nominal Output Voltage: 230V (±2%)
Nominal Output Frequency: 50/60HZ (±0.2%)
Maximum Output Current: 16A
Back-Up Over Current Protection: 40A
Output THDV (Linear Load): <3%
Anti-Islanding Protection lntegrated
Output Over Current Protection Integrated
Output Short Protection Integrated
Output Over Voltage Protection Integrated
Safety Regulation & EMC: G83,CE, EN61000-6-1/3, EN62109-6-1/2, AS4777, IEC62040-1
Operation Temperature Range: -25-60°C
Storage Temperature: -40-65°C
Relative Humidity: 0-95%
Operation Altitude: 4000m
Cooling Natural Convection
Noise: <25dB
User Interface: LCD & APP
Interface With BMS: RS 485 /CAN
Communication With Cloud Wi-Fi
Weight: 15.6kg
Size (Width-Height-Depth): 550-320-110mm
Mounting Wall Bracket
Protection Degree IP 65
Environment Category: Outdoor & indoor
Standby Self Consumption: <10W
Topology High-Frequency Isolation
Battery Input Data
Battery Types: Lithium-Ion or Lead-Acid
Nominal Battery Voltage: 48V
Maximum Charging Voltage: SSO (Configurable)
Maximum Charging Current: 70A
Maximum Discharging Current: 70A
Battery Capacity: >3kWh
Charging Mode for Lithium-Ion Battery: Self-adaption to BMS
Charging Mode for Lead-Acid Battery: 3-stage
AC Output Data (On-grid)
Maximum Apparent Power Output to Utility Grid: 3600VA
Maximum Apparent Power from Utility Grid: 6000VA
Nominal Output Voltage: 240V
Nominal Output Frequency: 50/60Hz
Maximum AC Current Output to Utility Grid: 16A
Maximum AC Current From Utility Grid: 26A
Output Power Factor: -1 (Adjustable from 0.8 leading to 0.8 lagging)
Output THDI <3%
Grid Connection: Single-phase
Inrush Current: 10A/10us
Maximum Output Fault Current: 50A/20us
AC Output Data (Back-up)
Maximum Output Apparent Power: 3600VA
Peak Output Apparent Power: 4700VA (30secs)
Automatic Switch Time: 0.01s
Nominal Output Voltage: 230V (±2%)
Nominal Output Frequency: 50/60HZ (±0.2%)
Maximum Output Current: 16A
Back-Up Over Current Protection: 40A
Output THDV (Linear Load): <3%
Protection & Safety
Anti-Islanding Protection lntegrated
Output Over Current Protection Integrated
Output Short Protection Integrated
Output Over Voltage Protection Integrated
Safety Regulation & EMC: G83,CE, EN61000-6-1/3, EN62109-6-1/2, AS4777, IEC62040-1
General Data
Operation Temperature Range: -25-60°C
Storage Temperature: -40-65°C
Relative Humidity: 0-95%
Operation Altitude: 4000m
Cooling Natural Convection
Noise: <25dB
User Interface: LCD & APP
Interface With BMS: RS 485 /CAN
Communication With Cloud Wi-Fi
Weight: 15.6kg
Size (Width-Height-Depth): 550-320-110mm
Mounting Wall Bracket
Protection Degree IP 65
Environment Category: Outdoor & indoor
Standby Self Consumption: <10W
Topology High-Frequency Isolation
LXP 3600 ACS in depth
LXP 3600 ACS Overview
Up To 20 Years Warranty
All our LuxPower Controllers come with a comprehensive 12-year manufacturer’s warranty, ensuring that you can rely on the performance and longevity of our products with absolute confidence. At an extra charge, this can be upgraded to 20 years warranty, giving you peace of mind when it comes to your investment.
Advanced Monitoring
The seamless way for you to monitor your home energy usage at home and on the go. The Luxpower AMS is a fully integrated way for you to monitor the status of your home energy system, entirely free and fully included with your Luxpower unit.
16A Charge & Discharge Rates & Squirrel Pod
The standard ACS level has maximum charge and discharge rates of 16A. To increase this, the ACS 3600 is compatible with the Squirrel Pod, an advanced version of the standard AC units that can work in parallel with the primary controller.
Grid Charge & Octopus Agile/Outgoing/Go Compatible
New energy providers will now provide extremely cheap off-peak renewable electricity. The LuxPower range can be programmed to take advantage of these cheap off-peak tariffs to charge the batteries to use the energy when the tariffs are high.
Advanced Weather Compensation Programming
The LuxPower range now comes with advanced weather compensation, which makes weather predictions. This feature allows users to program night-time grid charging of the controller and batteries based on the following days local weather forecast.
The feature will allow users to operate the battery at its optimum level and increase efficiencies, and as a result save more money.
AC Coupling Variable Working Modes
Under self-use mode, the AC coupled inverter will detect the power of the on-grid inverter generated, which will be used by local loads first. The rest of the power will be stored in the battery by using AC coupled inverter. Excessive power will be fed straight back into the grid. This is the default mode which will increase the self-consumption rate and reducing energy bills significantly.
Testimonials
See what our customers have said about Luxpower Units and their products in their homes:
“We are delighted with our Luxpower system. We have recommended this system to our friends with confidence. We are absolutely confident that we have an excellent battery storage solution that it is performing exactly as we hoped it would”
“We just have a 12 panel system which we have had for 8 years. We have had a Luxpower battery storage system fitted and now we save all the daytime extra power which keeps us going in the evenings. The install was done by lunchtime, and we have the monitoring to check the system, although the screen on the unit is very clear .”
Our new solar system was installed using a Luxpower inverter and 3 Greenlinx batteries. The installers set it all up in our loft space and the batteries are mounted underneath the Luxpower unit. It was really very simple, we were given a password to access the monitoring, and we can see everyday how the power is going into the batteries. At the moment we have plenty of extra power in the daytime – we had a 16 panels system installed – and this power is keeping us going every evening.”
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