August 2023

NAVIGATING INVERTER PHASE OPTIONS

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

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AC vs DC

Why AC for Power Distribution?

Single Phase vs Polyphase

Three Phase Systems

Split Phase Systems

Single Phase Systems

Two Phase Systems

Isolite Product Overview

Key Points

INVERTER PHASING

OVERVIEW

CHOOSING WISELY

FOUNDATIONS OF POWER

DISTRIBUTION SYSTEMS

DISSECTING POWER

DISTRIBUTION SYSTEMS

- Power Generation

- Transforming Voltages

- Transmission

Alternating Current (AC)

AC VS DC

FOUNDATIONS OF POWER

- Stability

- Battery Storage

- Electronics

Direct Current (DC)

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

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- Utilizes Existing Infrastructure

- Flexibility

- Conductor Size

Why Use AC Power Distribution

WHY USE AC POWER DISTRIBUTION?

P = (V ) x (I)

Power Plant

Step Up

Transformer

Transmission Lines

Step Down

Transformer

Distribution

Lines

Step Down

Transformer

Residence

FOUNDATIONS OF POWER

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

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- Simplicity

- Cost

- Used for Common Appliances

Single Phase Systems

SINGLE PHASE VS POLYPHASE

FOUNDATIONS OF POWER

- Efficiency

- Power Delivery

- Rotating Magnetic Fields

- Smaller Conductors

- Versatility

Polyphase Systems

PHASE 1

PHASE 2

PHASE 3

120º

120º

1.0

0.5

0

-0.5

-1.0

90º

180º

270º

360º

1.0

0.5

0

-0.5

-1.0

90

180

270

360

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

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THREE PHASE SYSTEMS

- 480V/277V

- 208V/120V

Three Phase 4 Wire Systems

Use Cases

Markets

- Manufacturing  

- Commercial       

- Life Sciences     

- Education

- Agriculture

- Transportation

- Renewable Energies

- Industrial Applications

- Construction

PHASE 1

PHASE 2

PHASE 3

120º

120º

1.0

0.5

0

-0.5

-1.0

90º

180º

270º

360º

DISSECTING POWER

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

Chalk Talk

- Lighting

- Power Distribution

- HVAC

- Industrial Equipment (motors, pumps, etc...)

TWO PHASE SYSTEMS

Two Phase 3 Wire Systems

- 480V/277V

- 208V/120V

Use Cases

Markets

DISSECTING POWER

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

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PHASE 1

PHASE 2

120º

120º

1.0

0.5

0

-0.5

-1.0

90º

180º

270º

360º

- Residential

- Commercial           

- Education

- Lighting

- Outlets

- Appliances

- 120V

- 277V

Single Phase 2 Wire System

SINGLE PHASE SYSTEMS

Use Cases

- Lighting

- Outlets

- Appliances

Markets

- Residential

- Commercial

1.0

0.5

0

-0.5

-1.0

90

180

270

360

DISSECTING POWER

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

Chalk Talk

- 120V

- 240V

Split Phase / Center Tapped Single Phase / Single Phase 3 Wire System

SPLIT PHASE SYSTEMS

- Lighting

- Outlets

- Appliances

- Residential

- Commercial

Use Cases

Markets

DISSECTING POWER

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

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PHASE 1

PHASE 2

1.0

0.5

0

-0.5

-1.0

180º

ISOLITE SINGLE PHASE PRODUCT LINE

CHOOSING WISELY

E3MINI (125/250VA)

Single Room Inverter

E3 (300/375/500/550VA)

Multi-Zone Inverter

E3MAC (1-12.5kVA)

Building-Scale Inverter

E3MAX (13/17kVA)

Building-Scale Inverter

E3X (750VA)

Multi-Zone Inverter

- Input Voltages

- 120V

- 277V

- Output Voltages

- 120V

- 277V

- Input Voltages

- 120V

- 277V

- Output Voltages

- 120V

- 277V

- Input Voltages

- 120V

- 277V

- Output Voltages

- 120V

- 277V

- Input Voltages

- 120V

- 277V

- Output Voltages

- 120V

- 277V

- Input Voltages

- 208V

- 277V

- Output Voltages

- 277V

- 208V

- 480V

(Up to 8kVA)

(Up to 12.5kVA)

(Up to 6kVA)

(Up to 6kVA)

- 480V

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

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ISOLITE POLYPHASE PRODUCT LINE

CHOOSING WISELY

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

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*Custom input voltages are available upon request

*Custom input voltages are available upon request

  • Power and Cost Efficiency:
    • P = (↑V ) x (↓I)
    •  Conductors =  $
  • Three-Phase:
    • Ideal for high-power applications, large motors, and industrial equipment.
  • Two-Phase:
    • Utilized when there is an existing three-phase system, but power needs to be kept low, and multiple voltages are still required.
  • Split-Phase:
    • Common in residential and small commercial applications where 120V is used for lighting and outlets, and 240V is needed for larger appliances.
  • Single-Phase:
    • Suitable for residential and small commercial applications where the power demand is relatively low.
    • The "leaf nodes" solution.

KEY POINTS

TOPIC

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

Chalk Talk

- Specs Sheets & Drawings

- Wiring Diagrams

- Boilerplate Specifications

Available on the Website

- Training Video Link

- Sales Presentation PDF

- Sell Sheet & Marketing Assets

Available Within Follow-Up Sales Packet

SALES MATERIALS

SUPPORT

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

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NEED FURTHER ASSISTANCE?

SUPPORT

- Schedule a Webinar for Advanced Sales & Engineering Training

Team of Experts

ISOLITE

NAVIGATING INVERTER PHASE OPTIONS

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For Additional Training, Please Contact Your

Local Sales Representative

THANK YOU