Hybrid Power Managers

System Overview

Our Hybrid Power Manager (HPM) fully integrates smart energy storage and automated power management capabilities in a 24/7 self-sustaining power plant. HPMs are available in 12 kWh to 2 MWh battery storage and 10 KVA to 350 KVA Input / Output Systems.

Features:

• Global Availability (Single Phase / Split Phase / Tri-Phase)
• Multiple Source Inputs for Solar, Wind and Grid
• High Speed Charging Capabilities
• Fan-less Silent Operations
• Maintenance Free Operations

Operational Capabilities:

• Peak Shaving / Load Leveling / Time-of-Use (TOU)
• Power Regulating
• Emergency Back-UP

Components:

• High Voltage Lithium-Ion Battery Pack
• True Sine Wave Inverter
• Charger System with Multiple Solar Array, Wind and Grid Sources
• ‘All-in-One’ Battery and Power Management LCD Control Panel

HPM Architecture Design:

The HPM design allows a variety of selectable modes to function as a UPS System during power outages or a Peak Shaving Device to take advantage of local utility rates / TOU programs. The following HPM Architecture Design displays components and their use to store energy and optimize the use of available power:

Our HPMs are fully CEC / IEC certified to the following standards:

• IEC 62109-1
• IEC 62109-2
• IEC 62019-1
• IEC 62040-1
• IEC 62040-2
• IEC 61000-6-2
• IEC 61000-6-3
• IEC 50178

HPM System Modes

Our HPMs offer 5 different system settings that can adjust to a variety of client requirements:

• UPS Mode
• Charge Mode
• ON Grid Mode
• OFF Grid 1 Mode
• OFF Grid 2 Mode

The UPS Mode is the default mode for any situation where the system is not connected with the Grid. In cases when the Grid is connected, the other four modes become available. Each HPM System Mode can be programmed to optimize renewable energy use, as required.

UPS Mode

Condition of battery discharging to loads when the Grid is not available:

Mode	Description	Condition
Mode1: ON	Function at all times.	Battery Voltage: Batt_Discharge: > 370V start discharging Batt_Discharge: < 350V stop discharging
Mode2: OFF	Does NOT function
Mode3: PROG	Function periodically.	Battery Voltage: Batt_Discharge: > 370V, start discharging Batt_Discharge: < 350V, stop discharging Time Setting: UPS_Time_ON: 00:00 start discharging UPS_Time_OFF: 00:00 stop discharging

Charge Mode

Condition of Grid charging battery:

Mode	Description	Condition
Mode1: ON	Function at all times.	Battery Voltage: Charge_Batt_H: > 420V stop charging Charge_Batt_L: < 400V start charging
Mode2: OFF	Does NOT function
Mode3: PROG	Function periodically.	Battery Voltage: Charge_Batt_H: > 420V stop charging Charge_Batt_L: < 400V start charging Time Setting: Charge_Time_ON: 01:00 start charging Charge_Time_OFF: 04:00 stop charging

ON Grid Mode

Condition of battery discharging to feed the Grid when the Grid is available:

Mode	Description	Condition
Mode1: ON	Function at all times.	Battery Voltage: On_Grid _Batt_H: > 390V start discharging On_Grid _Batt_L: < 370V stop discharging
Mode2: OFF	Does NOT function
Mode3: PROG	Function periodically.	Battery Voltage: On_Grid _Batt_H: > 390V start discharging On_Grid _Batt_L: < 370V stop discharging Time Setting: On_Grid_Time_ON: 08:00 start discharging On_Grid _Time_OFF: 17:00 stop discharging

OFF Grid 1 Mode & OFF Grid 2 Mode

Condition of battery discharging to loads when the Grid is available:

Mode	Description	Condition
Mode1: ON	Function at all times.	Battery Voltage: Off_Grid1/2_ Batt_H: > 390V start discharging Off_Grid1/2_ Batt_L: < 370V stop discharging
Mode2: OFF	Does NOT function
Mode3: PROG	Function periodically.	Battery Voltage: Off_Grid1/2_ Batt_H: > 390V start discharging Off_Grid1/2_ Batt_L: < 370V stop discharging Time Setting: Off_Grid1_ON: 07:00 start discharging Off_Grid1_OFF: 22:00 stop discharging Off_Grid2_ON: 08:00 start discharging Off_Grid2_OFF: 16:00 stop discharging

Please note the OFF Grid 1 Mode and OFF Grid 2 Mode simply offer two separate timers for the day. These modes will not conflict with each other if settings overlap.

PV / VAWT Charging Conditions

Photovoltaic and / or Wind Turbine charging are not affected by various mode settings; however, charging is activated when the following two conditions are achieved:

Condition		Voltage	Status
1	PV Voltage (PV_Charge)	> 170V ~ 500V	start charging
		< 150V	stop charging
2	Battery Voltage (Batt_Charge)	> 420V	stop charging
		< 405V	start charging

Interactions between HPM Modes

Interactions are limited to certain combinations, bearing in mind that the order of precedence is set to: Charge Mode Eƒ OFF Grid 1 Mode / Off Grid 2 Mode Eƒ ON Grid Mode

HPM Architecture Design used in Operational Settings

Using the various HPM Modes in specific operational settings, we display 22 configurations of their use below:

1. UPS Mode (PV or VAWT Not Installed)

Charging

1. Grid Works
2. Battery NOT full
3. Grid supplies load (ATS bypass)

2. UPS Mode (PV or VAWT Not Installed)

Charging

1. Grid Works
2. Battery full
3. Grid supplies load (ATS bypass)

3. UPS Mode (PV or VAWT Not Installed)

UPS Supply

1. Grid out
2. Battery discharging to load until 10% (definable) capacity

4. UPS Mode and Power Saving Mode (PV or VAWT Not Installed)

Grid charging in OFF PEAK HOURS (e.g.0000 Hrs. to 0600 Hrs.)

1. Grid works
2. Battery NOT full
3. Grid supplies load (ATS bypass)

5. UPS Mode and Power Saving Mode (PV or VAWT Not Installed)

ECO discharging in PEAK-HOURS (e.g.0700 Hrs. to 0900 Hrs. & 1700 Hrs. to 2100 Hrs.)

1. Grid works
2. Battery full
3. Battery discharges to load until 20% (definable) capacity

6. UPS Mode and Power Saving Mode (PV or VAWT Not Installed)

Grid supply

1. Battery out
2. Grid supplies load (ATS bypass)
3. Battery waiting for off-peak grid charging

7. UPS Mode and Power Saving Mode (PV or VAWT Not Installed)

UPS supply

1. Grid out
2. Battery discharges to load until 10% capacity

8. Pure Island On-Line UPS (Grid NOT available)

On-Line PV and VAWT charging

1. Grid NOT available
2. PV charges battery
3. Battery supplies load
4. Grid in standby
5. Solar / Wind charge battery
6. Battery discharges load

9. Pure Island On-Line UPS (Grid NOT available)

On-Line discharging

1. PV / Wind out
2. Battery supplies load until 10% (definable) capacity

10. On-Line OFF Grid Home Power Plant Mode (Grid available)

On-Line charging and discharging

1. Grid charges
2. Solar / Wind charge
3. Battery discharges to load
4. Battery discharges to load

11. On-Line OFF Grid Home Power Plant Mode (Grid available)

On-Line UPS Mode

1. Grid out
2. Solar / Wind work
3. Battery discharges to load until 10% (definable) capacity

12. On-Line OFF Grid Home Power Plant Mode (Grid available)

On-Line charging and discharging

1. Grid charges
2. Solar / Wind out
3. Grid standby

13. On-Line OFF Grid Home Power Plant Mode (Grid available)

On-Line UPS Mode

1. Grid out
2. Solar / Wind work
3. Battery discharges to load until 10% (definable) capacity

14. Off-Line OFF Grid Home Power Plant Mode (Grid available)

Off-Line ECO Hybrid charging

1. Grid charges in peak hours
2. Solar / Wind charge
3. Battery not full
4. Grid supplies load (ATS bypass)

15. Off-Line OFF Grid Home Power Plant Mode (Grid available)

ECO discharging in PEAK HOURS (e.g. 0700 Hrs – 0900 Hrs.)

1. Grid works
2. Solar / Wind work or out
3. Battery discharges to load until 10% (definable) capacity

16. Off-Line OFF Grid Home Power Plant Mode (Grid available)

Grid supply

1. Solar / Wind out
2. Battery out
3. Grid supplies load (ATS bypass)

17. Off-Line OFF Grid Home Power Plant Mode (Grid available)

UPS supply

1. Grid out
2. Solar / Wind out
3. Battery discharges to load until 10% (definable) capacity

18. On-Line ON Grid Home Power Plant Mode

Off-line charging

1. Grid works
2. Solar / Wind charge batteries
3. Battery not full
4. Grid supplies load (ATS bypass)

19. On-Line ON Grid Home Power Plant Mode

On Grid discharging

1. Grid works
2. Solar / Wind work
3. Battery discharges to external inverter from full until 10% (definable) capacity

20. On-Line ON Grid Home Power Plant Mode

UPS supply

1. Grid out
2. Solar / Wind work
3. Battery discharges to load until 10% (definable) capacity

21. On-Line ON Grid Home Power Plant Mode

Grid supply

1. Grid works
2. Solar / Wind out
3. Battery out
4. Grid supplies load (ATS bypass)

22. UPS Mode (PV / VAWT not installed)

Grid supply

1. Grid works
2. Battery not full
3. Grid supplies load (ATS bypass)

Specifications

We offer Commercial-Off-The-Shelf (COTS) products for single, split phase and tri-phase service. Our HPM products can also be custom designed to meet client requirements. We can service utility customers, microgrid generation systems and utilities alike. Please ensure you call upon us early in your project planning so we can team up to really optimize your hybrid power management Architecture Design.

Individual HPM specifications are detailed in the sub-menu above.

Selecting your HPM

The size of a HPM is based on the amount of power and the level of autonomy a client requires.

Solar, Wind and HPM Package

To start, we really focus on the power requirements of a home or facility and the level of autonomy desired in hours or days, then we can build a renewable/grid architecture. A client’s renewable preferences and available or required grid support will drive the architecture in terms of the mix between renewable and grid contribution. It is important to note, the client’s renewable contribution is based on which part of the world / specific location the system will be installed. For example, 1kW of Solar in Jamaica provides approximately 2450 kWh per year. That same amount of Solar in the northeast US will only provide 1200 kWh per year. If renewable energy includes Vertical Axis Wind Turbines (VAWTs), their output per kW will typically deliver 4380 kWh per year. Once we have established the expected renewable energy generation capability in terms of what the client wants and can afford, then we turn our attention to which Hybrid Power Manager (HPM) system will best meet that client’s operational needs.

HPM Matching

For clients that already have a renewable and/or grid mix and simply want to match an HPM, our entire focus is on how much energy is currently being produced or available and just how much autonomy the client wants.

Electrical Service

The electrical service required will impact the specific HPM model selection, i.e. voltage level, phase, hertz, etc.

Microgrids and Utility Infrastructure

For larger systems, we typically favor multiple stings of renewable systems and multiple HPMs to ensure redundancy and maintain very high levels of reliability of available power.

HPM 1210

HPM 1210 – 12 kWh Smart Energy Storage System Specifications

Item	Specification
Battery Type	Li-Ion
Voltage	400V
Nominal Capacity	30Ah
Cycle Life	3,000 Cycles (90% Left @80%DoD) 5,000 Cycles (50% Left @80%DoD)
Max Charge Current	36A
Nominal Charge Current	30A
Max Discharge Current	25A
Continuous Discharge Current	20A
Internal Resistance	≦ 10μ Ω
Charge Method	CC / CV
Battery Charge Voltage	420V ± 0.5V
Battery Charge Cut Off Voltage	430V
Battery Protection	OVP / UVP / OCP / OTP
Consumption	Standby ＜ 1W, No Load ＜ 10W
Status Indication	LED
Operating Temperature Range	-35 ~ +60℃
Dimensions (H×D×W)	100.7cm x 50cm x 70cm
Weight	200kg
Water & Dust Proof Level	Indoor Type (IP65/67/68 Available)

HPM 1210 Dimensions

HPM 1210 – 10 KVA Hybrid Power Manager Specifications

Item			Specification
Model			HEM-10kVA
Independent Off Grid Output (Inverter)	AC Output	Continuous Output Power in FTS	10kVA
		Surge Output Power (L-L)	16kVA (Instant) 12kVA (15sec)
		Nominal Output Voltage (AC)	True Sine Wave 120/240Vac 60Hz Split Phase
		Nominal Output Current (L-L)	34A
		Max Output Current (Instant L-L)	54A
On Grid Output	DC Output	Nominal Output Voltage (DC)	400Vdc
		Nominal Output Current (DC)	15A
		Nominal Output Power (DC)	5000W
Grid Charger	AC Input	Nominal Input Voltage (AC)	200~240Vac
		Nominal Input Current	25A
		Max Input Current (Instant)	28A
		Nominal Input Power (AC)	5000W
PV Charger	DC (PV)Input	Input Type	PV *4
		Input Voltage Range	170~500Vdc
		Nominal Input Voltage	400Vdc
		Max Input Voltage	500Vdc
		Nominal Input Current	10A *4
		Max Input Current (Instant)	12A *4
General		Operating Temperature	-35~+60℃
		Max Internal Temperature	System Shut Down At +60℃
		Battery Protection	OVP / UVP / OCP / OTP
		Consumption	Standby ＜ 10W No Load ＜ 60W
		Status Indication	Central LCD

HPM 1210 Placement and Clearance Requirements

HPM 1610

HPM 1610 – 16 kWh Smart Energy Storage System Specifications

Item	Specification
Battery Type	Li-Ion
Voltage	400V
Nominal Capacity	40Ah
Cycle Life	3,000 Cycles (90% Left @80%DoD) 5,000 Cycles (50% Left @80%DoD)
Max Charge Current	36A
Nominal Charge Current	30A
Max Discharge Current	30A
Continuous Discharge Current	25A
Internal Resistance	≦ 10μ Ω
Charge Method	CC / CV
Battery Charge Voltage	423V ± 0.5V
Battery Charge Cut Off Voltage	470V
Battery Protection	OVP / UVP / OCP / OTP
Consumption	Standby ＜ 1W, No Load ＜ 10W
Status Indication	LED
Operating Temperature Range	-35 ~ +60℃
Dimensions (H×D×W)	100.7cm x 50cm x 70cm
Weight	175kg
Water & Dust Proof Level	Indoor Type (IP65/67/68 Available)

HPM 1610 Dimensions

HPM 1610 – 10 KVA Hybrid Power Manager Specifications

Item			Specification
Model			HEM-10kVA-SP
Independent Off Grid Output (Inverter)	AC Output	Continuous Output Power in FTS	10kVA
		Surge Output Power (L-L)	16kVA (Instant) 12kVA (15sec)
		Nominal Output Voltage (AC)	True Sine Wave 120/240Vac 60Hz Split Phase
		Nominal Output Current (L-L)	34A
		Max Output Current (Instant L-L)	54A
On Grid Output	DC Output	Nominal Output Voltage (DC)	400Vdc
		Nominal Output Current (DC)	15A
		Nominal Output Power (DC)	5000W
Grid Charger	AC Input	Nominal Input Voltage (AC)	200~240Vac
		Nominal Input Current	25A
		Max Input Current (Instant)	28A
		Nominal Input Power (AC)	5000W
PV Charger	DC (PV)Input	Input Type	PV *4
		Input Voltage Range	170~500Vdc
		Nominal Input Voltage	400Vdc
		Max Input Voltage	500Vdc
		Nominal Input Current	10A *4
		Max Input Current (Instant)	12A *4
General		Operating Temperature	-35~+60℃
		Max Internal Temperature	System Shut Down At +60℃
		Battery Protection	OVP / UVP / OCP / OTP
		Consumption	Standby ＜ 10W No Load ＜ 60W
		Status Indication	Central LCD

HPM 1610 Placement and Clearance Requirements

HPM 2810

HPM 2810 – 28 kWh Smart Energy Storage System Specifications

Item	Specification
Battery Type	Li-Ion
Voltage	400V
Nominal Capacity	70Ah
Cycle Life	3,000 Cycles (90% Left @80%DoD) 5,000 Cycles (50% Left @80%DoD)
Max Charge Current	36A
Nominal Charge Current	30A
Max Discharge Current	30A
Continuous Discharge Current	25A
Internal Resistance	≦ 10μ Ω
Charge Method	CC / CV
Battery Charge Voltage	432V ± 0.5V
Battery Charge Cut Off Voltage	470V
Battery Protection	OVP / UVP / OCP / OTP
Consumption	Standby ＜ 1W, No Load ＜ 10W
Status Indication	LED
Operating Temperature Range	-35 ~ +60℃
Dimensions (H×D×W)	100.7cm x 50cm x 70cm
Weight	395kg
Water & Dust Proof Level	Indoor Type (IP65/67/68 Available)

HPM 2810 Dimensions

HPM 2810 – 10 KVA Hybrid Power Manager Specifications

Item			Specification
Model			HEM-10kVA-SP
Independent Off Grid Output (Inverter)	AC Output	Continuous Output Power in FTS	10kVA
		Surge Output Power (L-L)	16kVA (Instant) 12kVA (15sec)
		Nominal Output Voltage (AC)	True Sine Wave 120/240Vac 60Hz Split Phase
		Nominal Output Current (L-L)	34A
		Max Output Current (Instant L-L)	54A
On Grid Output	DC Output	Nominal Output Voltage (DC)	400Vdc
		Nominal Output Current (DC)	15A
		Nominal Output Power (DC)	5000W
Grid Charger	AC Input	Nominal Input Voltage (AC)	200~240Vac
		Nominal Input Current	25A
		Max Input Current (Instant)	28A
		Nominal Input Power (AC)	5000W
PV Charger	DC (PV)Input	Input Type	PV *4
		Input Voltage Range	170~500Vdc
		Nominal Input Voltage	400Vdc
		Max Input Voltage	500Vdc
		Nominal Input Current	10A *4
		Max Input Current (Instant)	12A *4
General		Operating Temperature	-35~+60℃
		Max Internal Temperature	System Shut Down At +60℃
		Battery Protection	OVP / UVP / OCP / OTP
		Consumption	Standby ＜ 10W No Load ＜ 60W
		Status Indication	Central LCD

HPM 2810 Placement and Clearance Requirements

HPM 6030

HPM 6030 – 60 kWh Smart Energy Storage System Specifications

Item	Specification
Battery Type	Li-Ion
Voltage	400V
Nominal Capacity	150Ah
Cycle Life	3,000 Cycles (90% Left @80%DoD) 5,000 Cycles (50% Left @80%DoD)
Max Charge Current	70A
Nominal Charge Current	60A
Max Discharge Current	70A
Continuous Discharge Current	60A
Internal Resistance	≦ 10μ Ω
Charge Method	CC / CV
Battery Charge Voltage	432V ± 0.5V
Battery Charge Cut Off Voltage	500V
Battery Protection	OVP / UVP / OCP / OTP
Consumption	Standby ＜ 1W, No Load ＜ 10W
Status Indication	LED
Operating Temperature Range	-35 ~ +60℃
Dimensions (H×D×W)	119.2cm x 110cm x 64.8cm
Weight	600kg
Water & Dust Proof Level	Indoor

HPM 6030 Dimensions

HPM 6030 – 30 KVA 3 Phase Hybrid Power Manager Specifications

Item			Specification
Model			INV-30KVA-3P
Independent Off Grid Output (Inverter)	AC Output	Continuous Output Power in FTS	30kVA
		Surge Output Power (L-L)	90kVA (Instant) 60kVA (15sec)
		Nominal Output Voltage (AC)	True Sine Wave 415Vac 60Hz 3 Phase
		Nominal Output Current (L-L)	70A
		Max Output Current (Instant L-L)	150A
Grid Charger (Optional)	AC Input	Nominal Output Voltage (AC)	415Vac
		Nominal Output Current	12A
		Max Input Current Instant (Instant)	15A
		Nominal Output Power (AC)	5000W
PV & Wind Charger	DC Input	Charging Capacity	4kWp per MPPT
		Input Type	MPPT * 8 (PV * 4 / Wind * 4)
		Input Voltage Range	170~500Vdc
		Nominal Input Voltage	400Vdc
		Max Input Voltage	500Vdc
		Nominal Input Current	10A *8
		Max Input Current (Instant)	12A *8
General		Operating Temperature	-35~+60℃
		Max Internal Temperature	System Shut Down At +60℃
		Battery Protection	OVP / UVP / OCP / OTP
		Consumption	Standby ＜ 10W No Load ＜ 60W
		Status Indication	Central LCM

HPM 6030 Placement and Clearance Requirements

HPM 12060

HPM 12060 – 120 kWh Smart Energy Storage System Specifications

Item	Specification
Battery Type	Li-Ion
Voltage	400V
Nominal Capacity	150Ah
Cycle Life	3,000 Cycles (90% Left @80%DoD) 5,000 Cycles (50% Left @80%DoD)
Max Charge Current	70A
Nominal Charge Current	60A
Max Discharge Current	70A
Continuous Discharge Current	60A
Internal Resistance	≦ 10μ Ω
Charge Method	CC / CV
Battery Charge Voltage	432V ± 0.5V
Battery Charge Cut Off Voltage	500V
Battery Protection	OVP / UVP / OCP / OTP
Consumption	Standby ＜ 1W, No Load ＜ 10W
Status Indication	LED
Operating Temperature Range	-35 ~ +60℃
Dimensions (H×D×W)	119.2cm x 110cm x 64.8cm
Weight	600kg
Water & Dust Proof Level	Indoor

HPM 12060 Dimensions

HPM 12060 – 60 KVA 3 Phase Hybrid Power Manager Specifications

Item			Specification
Model			INV-60KVA-3P
Independent Off Grid Output (Inverter)	AC Output	Continuous Output Power in FTS	60kVA
		Surge Output Power (L-L)	150kVA (Instant) 120kVA (15sec)
		Nominal Output Voltage (AC)	True Sine Wave 415Vac 60Hz 3 Phase
		Nominal Output Current (L-L)	140A
		Max Output Current (Instant L-L)	260A
Grid Charger (Optional)	AC Input	Nominal Output Voltage (AC)	415Vac
		Nominal Output Current	12A
		Max Input Current Instant (Instant)	15A
		Nominal Output Power (AC)	5000W
PV & Wind Charger	DC Input	Charging Capacity	4kWp per MPPT
		Input Type	MPPT * 16 (PV * 8 / Wind * 8)
		Input Voltage Range	170~500Vdc
		Nominal Input Voltage	400Vdc
		Max Input Voltage	500Vdc
		Nominal Input Current	10A *16
		Max Input Current (Instant)	12A *16
General		Operating Temperature	-35~+60℃
		Max Internal Temperature	System Shut Down At +60℃
		Battery Protection	OVP / UVP / OCP / OTP
		Consumption	Standby ＜ 10W No Load ＜ 60W
		Status Indication	Central LCM

HPM 12060 Placement and Clearance Requirements