neoTower^® PREMIUM M

The performance class Premium M stands for flexibility and adaptability: The four neoTower^® models offer an electrical capacity of 11.0, 16.0, 20.0 and 21.0 kW. This makes them the right choice for annual energy requirements ranging from 80,000 to 130,000 kWh electrical power or 180,000 to 300,000 kWh heat.

Their advantages can be seen for example in residential complexes, large hotels or large companies – in short, anywhere that inexpensive power generation means a considerable competitive advantage. Which of the four systems is suitable – or if it could even be a size larger – is clarified at the outset with an individual profitability calculation.

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Power modulation

The neoTower^® always adapts its efficiency to the current requirements of your building.

The setting can be optimised for either power or heat. The system only produces what is currently required.

Power generation 35%
Heat generation 65%
Overall efficiency 100%

Intuitive operation

The neoTower^® is easy to operate. Settings are made on the touchscreen and the current consumption and production values can be visualised if required.

Charging station

Take the first step: Use the neoTower^® as an electrical charging station for e-bikes and electric vehicles. Charge all other rechargeable devices with the neoTower^®.

Remote monitoring

Each neoTower^® is equipped with a wireless internet connection as a standard feature. You can therefore access your cogeneration unit around the clock from anywhere in the world. Every system is monitored in real-time by RMB/ENERGIE so that problems can be rectified as quickly as possible.

Long maintenance intervals

A constant and low speed keeps wear on the neoTower® to a minimum. This means that the maintenance intervals are very long.

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quiet

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robust

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efficient

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compact

Technical specifications

PREMIUM M	neoTower^® 11.0	neoTower^® 16.0	neoTower^® 20.0	neoTower^® 21.0
rated electrical output ⁽¹⁾ [kW_el]	11,0	16,0	20,0	21,0
rated thermal output ⁽²⁾ [kW_th]	25,5	38,2	46,2	50,5
electrical power modulation range [kW_el]	7,5 – 11,0	9,5 – 16,0	10,7 – 20,0	10,7 – 21,0
thermal power modulation range [kW_th]	16,8 – 26,4	27,5 – 38,2	29,1 – 46,2	29,1 – 50,5
electrical efficiency ƞ_el [%]	31,0	31,1	32,1	32,1
thermal efficiency ƞ_th [%]	74,5	76,9	77,1	77,1
overall efficiency ƞ_ges [%]	106	108	109	109
energy input at rated power [kW_Hi]	35,5	51,4	62,3	65,4
consumption of LPG [kg/h]	2,76	4,0	4,84	n/a
consumption of LPG [l/h]	5,11	7,40	8,97	n/a
CHP Coefficient	0,43	0,42	0,43	0,42
f primary energy factor ₇	0,423	0,280	0,293	0,295
PEE [%]	32,8	34,1	35,1	35,1
ErP Energy Label ⁽⁶⁾	A++	A++	A++	A++
flow forward max. [°C]	93	93	93	93
flow return max. [°C]	70	70	70	70
installation location	According to the applicable regulations on firing plants
ambient temperature max. [°C]	30	30	30	30
ambient temperature ⁽³⁾ [°C]	87	89	95	95
operation noise level ⁽³⁾ [db(A)]	50	51	52	52
engine	TOYOTA	TOYOTA	TOYOTA	TOYOTA
number of cylinders	4	4	4	4
displacement [l]	2,2	2,2	2,2	2,2
type of engine oil	RMB/Engine Oil
engine oil volume [l]	59,0	59,0	59,0	59,0
manufacturer alternator	EMOD	EMOD	EMOD	EMOD
type of altenator	asynchron	asynchron	asynchron	asynchron
rotational speed [U/min]	1.540	1.540	1.540	1.540
dimension LxWxH [mm] incl. components	1.345 x 686 x 1.240	1.345 x 686 x 1.240	1.345 x 686 x 1.240	1.345 x 686 x 1.240
weight app. [kg]	750	750	785	785
maintanance interval [Bh]	8.500	6.000	6.000	6.000
1) according to ISO 3046/I-2002, tolerance range 5 % 2) thermal output, tolerance range 8 % 3) Measured at test bench in 1 m distance 4) Ventilation (without exhaust) has not to be treated like flue gas 5) return flow temperature <= 40 °C 6) according to EU regulation 811/2013; 813/2013 7) fpe-electricity = 2,8 regarding DIN V 18599, DIN V 4701-10, EnEV 2014 effective from 01.01.2016