HYBRID POWER
Anaxi HDP BESS manages the Generating Set according to the load in an optimal way, reducing fuel consumption and the number of maintenance interventions compared to the traditional systems.
High Density Energy Storage
ANAXI HDP BESS
Anaxi HDP (High Density Power)are highly dense and highly efficient power storage and distribution systems that can work autonomously or in combination with Generating Sets and renewable sources of energy such as PV panels, wind turbines. Anaxi HDP High Density Energy Storage Systemsare totally silent and have zero CO2 emissions.
Integrated EMS(Energy Management System), allows Anaxi HDP High Density Energy Storage Systemsto combine different sources of energy, achieving the maximum power efficiency possible with automatic adaptation to changing load scenarios. Anaxi HDP High Density Energy Storage Systemscan work as power boosters in case of load demand exceeding the availability from grid power.
Anaxi HDP High Density Energy Storage Systemsare designed and manufactured to withstand extreme environmental conditions in hot or cold atmospheres, either in desert or icy environments.
HOW DOES IT WORK
Power management and efficiency are critical targets to achieve in all those situations where power availability has to match with load demand variation or peak. The storage of energy together with dynamic load management is the key to increase overall efficiency of the systems.
Anaxi HDP High Density Energy Storage Systemsare designed to adapt to many different scenarios of applications, from those where they are the sole source of power to those that need and integration of multiple source power systems with multiple load configurations.
SINGLE PHASE
THREE PHASE
SINGLE PHASE
OUTPUT
BATTERIES
CHARGER
DISCHARGE/RECHARGE
Continuous Power Output
Peak Power Output (5s)
Voltage
Frequency
Battery Type
Number of Cicles
[DoD 95%]
Battery Nominal DC Voltage
Battery Nominal Capacity
Charging Current
Max Load for 8h Continuous Use
Recharge Time
[SoC 90%]
HDPS
3/6
3
5.5
230
50
LFP
6000
48
6
35
570
2.6
HDPS 3/6
OUTPUT
Continuous Power Output 3
Peak Power Output (5s) 5.5
Voltage 230
Frequency 50
BATTERIES
Battery Type LFP
Number of Cicles
[DoD 95%] 6000
Battery Nominal DC Voltage 48
Battery Nominal Capacity 6
CHARGER
Charging Current 35
DISCHARGE/RECHARGE
Max Load for 8h Continuous Use 570
Recharge Time
[SoC 90%] 2.6
HDPS
5/9,6
5
9
230
50
LFP
6000
48
9.6
70
1.1
2.6
HDPS 5/9,6
OUTPUT
Continuous Power Output 5
Peak Power Output (5s) 9
Voltage 230
Frequency 50
BATTERIES
Battery Type LFP
Number of Cicles
[DoD 95%] 6000
Battery Nominal DC Voltage 48
Battery Nominal Capacity 9.6
CHARGER
Charging Current 70
DISCHARGE/RECHARGE
Max Load for 8h Continuous Use 1.1
Recharge Time
[SoC 90%] 2.6
HDPS
8/14,4
8
15
230
50
LFP
6000
48
14.4
110
1.7
2.5
HDPS 8/14,4
OUTPUT
Continuous Power Output 8
Peak Power Output (5s) 15
Voltage 230
Frequency 50
BATTERIES
Battery Type LFP
Number of Cicles
[DoD 95%] 6000
Battery Nominal DC Voltage 48
Battery Nominal Capacity 14.4
CHARGER
Charging Current 110
DISCHARGE/RECHARGE
Max Load for 8h Continuous Use 1.7
Recharge Time
[SoC 90%] 2.5
HDPS
10/19,2
10
18
230
50
LFP
6000
48
19.2
140
2.3
2.6
HDPS 10/19,2
OUTPUT
Continuous Power Output 10
Peak Power Output (5s) 18
Voltage 230
Frequency 50
BATTERIES
Battery Type LFP
Number of Cicles
[DoD 95%] 6000
Battery Nominal DC Voltage 48
Battery Nominal Capacity 19.2
CHARGER
Charging Current 140
DISCHARGE/RECHARGE
Max Load for 8h Continuous Use 2.3
Recharge Time
[SoC 90%] 2.6
HDPS
15/24
15
27
230
50
LFP
6000
48
24
200
2.8
2.2
HDPS 15/24
OUTPUT
Continuous Power Output 15
Peak Power Output (5s) 27
Voltage 230
Frequency 50
BATTERIES
Battery Type LFP
Number of Cicles
[DoD 95%] 6000
Battery Nominal DC Voltage 48
Battery Nominal Capacity 24
CHARGER
Charging Current 200
DISCHARGE/RECHARGE
Max Load for 8h Continuous Use 2.8
Recharge Time
[SoC 90%] 2.2
THREE PHASE
OUTPUT
BATTERIES
CHARGER
DISCHARGE/RECHARGE
Continuous Power Output
Peak Power Output (5s)
Voltage
Frequency
Battery Type
Number of Cicles
[DoD 95%]
Battery Nominal DC Voltage
Battery Nominal Capacity
Charging Current
Max Load for 8h Continuous Use
Recharge Time
[SoC 90%]
HDPT
9/18
9
16.5
400
50
LFP
6000
48
18
105
1.7
2.6
HDPT 9/18
OUTPUT
Continuous Power Output 9
Peak Power Output (5s) 16.5
Voltage 400
Frequency 50
BATTERIES
Battery Type LFP
Number of Cicles
[DoD 95%] 6000
Battery Nominal DC Voltage 48
Battery Nominal Capacity 18
CHARGER
Charging Current 105
DISCHARGE/RECHARGE
Max Load for 8h Continuous Use 1.7
Recharge Time
[SoC 90%] 2.6
HDPT
15/30
15
27
400
50
LFP
6000
48
30
210
2.9
2.1
HDPT 15/30
OUTPUT
Continuous Power Output 15
Peak Power Output (5s) 27
Voltage 400
Frequency 50
BATTERIES
Battery Type LFP
Number of Cicles
[DoD 95%] 6000
Battery Nominal DC Voltage 48
Battery Nominal Capacity 30
CHARGER
Charging Current 210
DISCHARGE/RECHARGE
Max Load for 8h Continuous Use 2.9
Recharge Time
[SoC 90%] 2.1
HDPT
24/48
24
45
400
50
LFP
6000
48
48
330
4.6
2.2
HDPT 24/48
OUTPUT
Continuous Power Output 24
Peak Power Output (5s) 45
Voltage 400
Frequency 50
BATTERIES
Battery Type LFP
Number of Cicles
[DoD 95%] 6000
Battery Nominal DC Voltage 48
Battery Nominal Capacity 48
CHARGER
Charging Current 330
DISCHARGE/RECHARGE
Max Load for 8h Continuous Use 4.6
Recharge Time
[SoC 90%] 2.2
HDPT
30/60
30
54
400
50
LFP
6000
48
60
420
6.2
2.4
HDPT 30/60
OUTPUT
Continuous Power Output 30
Peak Power Output (5s) 54
Voltage 400
Frequency 50
BATTERIES
Battery Type LFP
Number of Cicles
[DoD 95%] 6000
Battery Nominal DC Voltage 48
Battery Nominal Capacity 60
CHARGER
Charging Current 420
DISCHARGE/RECHARGE
Max Load for 8h Continuous Use 6.2
Recharge Time
[SoC 90%] 2.4
HDPT
45/90
45
81
400
50
LFP
6000
48
90
600
9.1
2.4
HDPT 45/90
OUTPUT
Continuous Power Output 45
Peak Power Output (5s) 81
Voltage 400
Frequency 50
BATTERIES
Battery Type LFP
Number of Cicles
[DoD 95%] 6000
Battery Nominal DC Voltage 48
Battery Nominal Capacity 90
CHARGER
Charging Current 600
DISCHARGE/RECHARGE
Max Load for 8h Continuous Use 9.1
Recharge Time
[SoC 90%] 2.4
GRID BOOSTER
Anaxi HDP BESS manages energy peaks to enable fast charging of electric vehicles without overloading the grid.
POWER CONTINUITY
In case of primary power loss, Anaxi HDP BESS guarantees the operation of the privileged loads without interruptions.
ISLAND SUSTAINABLE POWER
Anaxi HDP BESS satisfies the energy needs of remote off-grid sites, optimising the energy produced from renewable sources.
SMART GRID
Anaxi HDP BESS interconnects electrical loads and distributed gene- ration sources, creating a microgrid capable of operating in any condition, optimising energy savings.
SILENT ZERO EMISSION POWER
Anaxi HDP BESS supplies the necessary energy for events where it is required to eliminate noise emissions and the environmental impact.
For info send an email to
sales@anaxi-technologies.co.uk
