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Plug and go - You´ve got the power!

LPS II 1500

Get easy access to:

230 V

12 V



1 kWh Li-Ion

Charge quickly and efficient from:



Solar panels

Image Caption

LPS II 1500 - 1 kWh

Model Number: LPS2 1512-100

SKU: CL2001, CL2101

230 V/50 Hz output

Peak: 2600 W

Power: 1500 W

12 V output

60 Seconds: 270 A

Continously: 180 A

Built-in Li-Ion Battery

Efficient energy: 1 kWh

Capacity: 1320 Wh (100 Ah)


Alternator: 500 W

Solar panels: 400 W

Mains: 750 W

€ 2,595.00 Excl. VAT € 3,243.75 Incl. 25% VAT
Configure kit

Charging from an alternator

The built-in booster allows regeneration with 500 W from any alternator.

Charging from solar panels

Connect solar panels directly. The built-in solar charge controller also allows regeneration from the sun with 400 W.

Charging from mains

Connect to mains, the built-in intelligent charger regenerates with 750 W.

All-in-one and everything included

An LPS II 1500 has a built-in: 1 kWh Lithium-Ion Battery, 230 V Sine Wave Inverter, Booster (Charging from alternator), 400W MPPT Charge Controller (charging from solar panels), Intelligent charger (charging from mains), relays etc.

LPS II 1500 - Weight: 24 kg

Traditional battery system - Weight: 90 kg


Smart functions, easy overview and adjustability

The LPS can be used in many setups and scenaries after your specific needs.
+ Adjustable 230 VAC charging
+ Adjustable 12 - 30 VDC charging
+ Adjustable Solar charging
+ Summary of charging history
+ Status overview
+ Jumpstart

Service vehicles

Auxiliary power in service vans.

Refrigerated vehicles

Power refrigerator unit when parked

Camper Vans

Auxiliary power in camper vans and RV

Yachts and Sailboat

AC and DC in boats at the same time.


230 V and 12 V power solutions for cottages


What does 1 and 2 kWh mean?
The lithium battery capacity of 1 kWh means that you can run an application with a consumption of 1000 W in one hour, 500 W for two hours and 250 W for four hours. A 2 kWh battery has twice the capacity.
Example: Power tools 500 W x 1 hour + Light 150 W x 5 hours = 1,25 kWh
How many cycles can it achieve?
The battery can handle 2000 cycles – which is usually equivalent to 10 years of use.
How long does it take to recharge?
1 kWh lithium:
• From 0-80% in about 60 mins from DC and mains
2x faster recharging time with the supercharger – from 0-80% in half an hour (only from alternator)
• 400W recharges from solar, from 0-80%, in 90 mins (which is why solar is often used to reduce fuel consumption and for off-grid)
• You can use mains, supercharger and solar in combination to recharge even faster

2 kWh lithium:
• From 0-80% in about 120 mins from DC and mains
• 2x faster charging time with the supercharger – from 0-80% in one hour (only from alternator)
• 400W recharges from solar, from 0-80%, in 240 mins
• Again, you can use all three sources simultaneously for faster recharge

Is it possible to add extra batteries?
Right now, this isn't possible.
Is it possible to change the battery inside?
No, the LPS is extremely compact and that is one of reasons that it is not possible to change the built-in lithium battery, but it has a very long lifetime.
How many units are currently in use?
There are more than 35,000 Clayton Power products in use across the UK and Europe.


Model No.  CL2001 
Battery type  Li-Ion 12V – 100Ah 
Battery chemistry  LiFePO4 
Battery capacity  100Ah (1320Wh) 
Battery available capacity  80Ah (1050Wh) 
AC Input voltage  207 VAC – 253 VAC 
AC input frequency  45 Hz – 65 Hz 
AC Input power (Charge power)  720 W 
AC Output voltage +- 10%  230 VAC pure sine wave 
AC Output frequency  50 Hz 
AC output power – Continuously (ambient temp)  1300 W 
AC output power - 10 min.  1500 W 
AC output power - Peak  2600 W 
AC output power - AC In connected  2300 W 
AC output efficiency (1000W)  94% 
DC Input voltage  11,5 - 32 VDC 
DC input current  45 A 
DC input current with 1 external converter (efficiency)  90 A 
DC output voltage  10-14,4 VDC 
DC output charge current – Continuously 90 A
DC output discharge current – Continuously 180 A 
DC output discharge current – 1 min.  270 A 
Solar input charging power (max.)  400W 
Solar input voltage   15 – 50 VDC 
Solar input charging current (max.)  15 A 
Input signals (5)  C1, C2, M12 x 3 
Output signals (4)  C2 & M12 x 3 
Self-discharge rate per month  < 5% 
Self consumption - Operating mode, Only DC Output active  < 1 W 
Self consumption - Operating mode, inverter and DC Output in with > 50W  20 W 
Connection 230VAC  Neutrik and Schuko 
Connection C1 / C2   M4  
Connection DC input  M8 
Connection DC output  M8  
Cooling  Forced air (fan) 
Operating temperature (output will be limited below 0°C and ab)  -20°C~50°C 
IP rating  IP21 
Product weight  22,5 kg 
Product dimensions (HxWxL)  256x277x409mm 
Jumpstart  40 A / 5 min