Off-Grid & Hybrid Systems

Energy independence -
with or without the grid

Combining solar, batteries and intelligent energy management, they allow your home to operate independently when needed.

While still benefiting from grid connection when available.

Understanding modern off-grid & hybrid systems

01

From off-grid to hybrid systems

The term “off-grid” is used to describe energy independence.

In practice, most modern systems are hybrid:

  • They can operate without the grid when needed
  • They use batteries to store energy for later use
  • They can also rely on the grid when required

The result is flexibility.

02

What’s included in each system

Each system includes all core components required for reliable operation:

  • Solar panels
  • Hybrid inverter (Deye or Solis)
  • Lithium battery storage
  • Monitoring system
  • Mounting structure

All components are selected for compatibility, performance and future scalability.

03

Battery & system architecture

LV batteries: Cost-effective for smaller systems

HV batteries: Higher efficiency and better performance in larger systems

1-phase systems: Suitable for standard residential use

3-phase systems: Better load balance and support for higher power

Larger systems typically benefit from HV batteries and 3-phase configuration.

04

Why lithium storage matters

Lithium batteries are essential for modern energy systems:

  • Store solar energy for night use
  • Increase energy independence
  • Provide backup during outages
  • High efficiency (>95%)
  • Long lifespan (6,000+ cycles)

Battery capacity can be expanded at any time.

OFF-GRID & HYBRID CONFIGURATIONS

Explore Available Energy Systems

Filter systems by inverter type, phase configuration and battery setup to find the right solution for your needs.

Recommended
Core 6 LV
Up to ~16 kWh/day energy capacity

Hybrid system — operates with or without grid support

Solar Power

2.76 kWp

Hybrid Inverter

6.0 kW

Battery Storage

16.0 kWh

System

1-phase

Battery Type

LiFePO4 (48V)

Monitoring

Included

Estimated Energy Production

~16 kWh/day

Summer

~7 kWh/day

Winter

~4100 kWh/day

Annual

Estimates vary by location, orientation, inclination and eventual partial shading.

Aluminum mounting system for flat, pitched or industrial roof
Scalable battery storage
Smart energy management

Equipment Price

3.600 €

(ex V.A.T.)

Deye
1-phase
48V
Recommended
Core 9 LV
Up to ~24 kWh/day energy capacity

Hybrid system — operates with or without grid support

Solar Power

4.14 kWp

Hybrid Inverter

8.0 kW

Battery Storage

16.0 kWh

System

1-phase

Battery Type

LiFePO4 (48V)

Monitoring

Included

Estimated Energy Production

~24 kWh/day

Summer

~10 kWh/day

Winter

~6200 kWh/day

Annual

Estimates vary by location, orientation, inclination and eventual partial shading.

Aluminum mounting system for flat, pitched or industrial roof
Scalable battery storage
Smart energy management

Equipment Price

4.300 €

(ex V.A.T.)

Deye
1-phase
48V
Recommended
Plus 12 LV
Up to ~32 kWh/day energy capacity

Hybrid system — operates with or without grid support

Solar Power

5.52 kWp

Hybrid Inverter

10.0 kW

Battery Storage

16.0 kWh

System

1-phase

Battery Type

LiFePO4 (48V)

Monitoring

Included

Estimated Energy Production

~32 kWh/day

Summer

~14 kWh/day

Winter

~8300 kWh/day

Annual

Estimates vary by location, orientation, inclination and eventual partial shading.

Aluminum mounting system for flat, pitched or industrial roof
Scalable battery storage
Smart energy management

Equipment Price

5.200 €

(ex V.A.T.)

Deye
1-phase
48V
Recommended
Plus 15 LV
Up to ~40 kWh/day energy capacity

Hybrid system — operates with or without grid support

Solar Power

6.90 kWp

Hybrid Inverter

12.0 kW

Battery Storage

32.0 kWh

System

1-phase

Battery Type

LiFePO4 (48V)

Monitoring

Included

Estimated Energy Production

~40 kWh/day

Summer

~17 kWh/day

Winter

~10400 kWh/day

Annual

Estimates vary by location, orientation, inclination and eventual partial shading.

Aluminum mounting system for flat, pitched or industrial roof
Scalable battery storage
Smart energy management

Equipment Price

7.400 €

(ex V.A.T.)

Deye
1-phase
48V
Recommended
Plus 16 LV
Up to ~42 kWh/day energy capacity

Hybrid system — operates with or without grid support

Solar Power

7.36 kWp

Hybrid Inverter

10.0 kW

Battery Storage

32.0 kWh

System

3-phase

Battery Type

LiFePO4 (48V)

Monitoring

Included

Estimated Energy Production

~42 kWh/day

Summer

~18 kWh/day

Winter

~11000 kWh/day

Annual

Estimates vary by location, orientation, inclination and eventual partial shading.

Aluminum mounting system for flat, pitched or industrial roof
Scalable battery storage
Smart energy management

Equipment Price

7.400 €

(ex V.A.T.)

Deye
3-phase
48V
Recommended
Pro 18 HV
Up to ~47 kWh/day energy capacity

Hybrid system — operates with or without grid support

Solar Power

8.28 kWp

Hybrid Inverter

10.0 kW

Battery Storage

15.4 kWh

System

3-phase

Battery Type

LiFePO4 (HV)

Monitoring

Included

Estimated Energy Production

~47 kWh/day

Summer

~20 kWh/day

Winter

~12400 kWh/day

Annual

Estimates vary by location, orientation, inclination and eventual partial shading.

Aluminum mounting system for flat, pitched or industrial roof
Scalable battery storage
Smart energy management

Equipment Price

9.800 €

(ex V.A.T.)

Solis
3-phase
HV
Recommended
Pro 20 HV
Up to ~53 kWh/day energy capacity

Hybrid system — operates with or without grid support

Solar Power

9.20 kWp

Hybrid Inverter

12.0 kW

Battery Storage

20.5 kWh

System

3-phase

Battery Type

LiFePO4 (HV)

Monitoring

Included

Estimated Energy Production

~53 kWh/day

Summer

~23 kWh/day

Winter

~13800 kWh/day

Annual

Estimates vary by location, orientation, inclination and eventual partial shading.

Aluminum mounting system for flat, pitched or industrial roof
Scalable battery storage
Smart energy management

Equipment Price

8.400 €

(ex V.A.T.)

Solis
3-phase
HV
Recommended
Pro 22 LV
Up to ~58 kWh/day energy capacity

Hybrid system — operates with or without grid support

Solar Power

10.12 kWp

Hybrid Inverter

15.0 kW

Battery Storage

48 kWh

System

3-phase

Battery Type

LiFePO4 (48V)

Monitoring

Included

Estimated Energy Production

~58 kWh/day

Summer

~25 kWh/day

Winter

~15200 kWh/day

Annual

Estimates vary by location, orientation, inclination and eventual partial shading.

Aluminum mounting system for flat, pitched or industrial roof
Scalable battery storage
Smart energy management

Equipment Price

10.200 €

(ex V.A.T.)

Deye
3-phase
48V
Recommended
Max 26 HV
Up to ~69 kWh/day energy capacity

Hybrid system — operates with or without grid support

Solar Power

11.96 kWp

Hybrid Inverter

15.0 kW

Battery Storage

25.6 kWh

System

3-phase

Battery Type

LiFePO4 (HV)

Monitoring

Included

Estimated Energy Production

~69 kWh/day

Summer

~30 kWh/day

Winter

~17900 kWh/day

Annual

Estimates vary by location, orientation, inclination and eventual partial shading.

Aluminum mounting system for flat, pitched or industrial roof
Scalable battery storage
Smart energy management

Equipment Price

10.100 €

(ex V.A.T.)

Solis
3-phase
HV
Recommended
Ultra 35 HV
Up to ~92 kWh/day energy capacity

Hybrid system — operates with or without grid support

Solar Power

16.10 kWp

Hybrid Inverter

20.0 kW

Battery Storage

30.7 kWh

System

3-phase

Battery Type

LiFePO4 (HV)

Monitoring

Included

Estimated Energy Production

~92 kWh/day

Summer

~40 kWh/day

Winter

~24200 kWh/day

Annual

Estimates vary by location, orientation, inclination and eventual partial shading.

Aluminum mounting system for flat, pitched or industrial roof
Scalable battery storage
Smart energy management

Equipment Price

12.200 €

(ex V.A.T.)

Solis
3-phase
HV

Not sure which system suits you best?

Request a personalized proposal based on your needs, loads and budget.

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