TECHNOLOGIES

Sodium-Ion
Battery Storage

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No thermal runaway or fire risk
Committed to providing safer, non-toxic, and recyclable energy solutions that significantly reduce environmental impact.
Long Duration Energy Storage (LDES)
Committed to offering versatile, scalable, and resilient energy storage that adapts to various grid demands and mitigates electric grid vulnerability.
Ultra-fast charging/discharging
Committed to supporting renewable energy infrastructure with cost-efficient, rapid energy cycles that meet the high demands of modern applications.

A Better
Alternative

Sodium-ion battery storage technology offers a safer, non-toxic, and environmentally friendly alternative to lithium-ion batteries, with superior efficiency, ultra-fast charging, broad temperature range, and modular scalability, making it ideal for diverse applications such as renewable energy storage and EV charging infrastructure.

AVAILABLE FOR LARGE SCALE GRID
20ft Containerized Energy Storage System (ESS-20 ft)
Energy Capacity
480 Volts, 120 kW, 1.15 MWh
Sodium-Ion Battery - Group 27
Energy Capacity
2400 Wh 12VDC
TYN-HOME Energy Storage System (ESS-48)
Energy Capacity
13,500 Wh 48VDC
Sodium-Ion Battery Rack Energy Storage System (SIB-R)
Energy Capacity
13,500 Wh 48VDC
Characteristics
Storage Process
Thermal Runaway or Combustible
Round Trip Efficiency
Usable Capacity
Degradation
Rate of Charge/Discharge
Temperature Change
Cycle Life
Heat During Cycling
Energy Density
Recyclable/Renewable
Lithium-Ion
Electro Chemical
Thermal Runaway & Combustible
~90% (degrades over life)
80% (degrades over life)
At least 20% over life, more if cycled more frequently
4 - 8 hours - w/o impacting cycle life or capacity
0° C to 50° C
3 year warranty
High
High
No
Tynergy's Sodium-Ion
Sodium-Ion
No
97-99% (constant over life)
100% (constant over life)
Nil
20 Minutes
-100° C to 70° C
12 year warranty
Minimal
High
Yes
Lead Acid
Elector Chemical
Combustible
~70% (degrades over life)
50-60% (degrades over life)
At least 20% over life, more if cycled more frequently
10-20 hours - w/o impacting cycle life or capacity
-20° C to 65° C
1-3 year warranty
High
Medium
No
Lithium-Ion
Electro Chemical
‍
Storage Process
Thermal Runaway & Combustible


Thermal Runaway or Combustible
‍
~90% (degrades over life)

Round Trip Efficiency
‍
80% (degrades over life)

Usable Capacity
‍
At least 20% over life, more if cycled more frequently

Degradation
‍
4 - 8 hours - w/o impacting cycle life or capacity

Rate of Charge/Discharge
‍
0° C to 50° C

Temperature Change
‍
3 year warranty

Cycle Life
‍
High

Heat During Cycling
‍
High

Energy Density
‍
No

Recyclable/Renewable
‍
Tynergy's Sodium-Ion
Sodium-Ion

Storage Process
No



Thermal Runaway or Combustible
‍
97-99% (constant over life)

Round Trip Efficiency
‍
100% (constant over life)

Usable Capacity
‍
Nil



Degradation
‍
20 Minutes



Rate of Charge/Discharge
‍
-100° C to 70° C

Temperature Change
‍
12 year warranty

Cycle Life
‍
Minimal

Heat During Cycling
‍
High

Energy Density
‍
Yes

Recyclable/Renewable
Lead Acid
Elector Chemical

Storage Process
Combustible



Thermal Runaway or Combustible
‍
~70% (degrades over life)

Round Trip Efficiency
‍
50-60% (degrades over life)

Usable Capacity
‍
At least 20% over life, more if cycled more frequently

Degradation
‍
10-20 hours - w/o impacting cycle life or capacity

Rate of Charge/Discharge
‍
-20° C to 65° C

Temperature Change
‍
1-3 year warranty

Cycle Life
‍
High

Heat During Cycling
‍
Medium

Energy Density
‍
No

Recyclable/Renewable
‍
Lithium-Ion
Electro Chemical
Storage Process
Thermal Runaway & Combustible
Thermal Runaway or Combustible
~90% (degrades over life)
Round Trip Efficiency
80%(degrades over life)
Usable Capacity
At least 20% over life, more if cycled more frequently
Degradation
4-8 hours - w/o impacting cycle life or capacity
Rate of Charge/
Discharge
-0° C to 50° C
Temperature Change
3 year warranty
Cycle Life
High
Heat During Cycling
High
Energy Density
No
Recyclable/
Renewable
Tynergy's Sodium-Ion
Sodium-Ion
Storage Process
NO
Thermal Runaway or Combustible
97-99% (constant over life)
Round Trip Efficiency
100% (constant over life)
Usable Capacity
Nil
Degradation
20 Minutes
Rate of Charge/
Discharge
-100° C to 70° C
Temperature Change
12 year warranty
Cycle Life
Minimal
Heat During Cycling
High
Energy Density
Yes

Recyclable/
Renewable
Lead Acid
Electro Chemical
Storage Process
Combustible
Thermal Runaway or Combustible
~70% (degrades over life)
Round Trip Efficiency
50-60% (degrades over life)
Usable Capacity
At least 20% over life, more if cycled more frequently
Degradation
10-20 hours - w/o impacting cycle life or capacity
Rate of Charge/
Discharge
-20° C to 65° C
Temperature Change
1-3 year warranty
Cycle Life
High
Heat During Cycling
Medium
Energy Density
No
Recyclable/
Renewable
TECHNOLOGIES

Solar Panels

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High Power Up to 670W
Achieve up to 21.6% module efficiency with high-density interconnect and multi-busbar technology for enhanced light capture, reduced resistance, and improved current flow.
High Reliability
Built for durability, these modules feature minimized micro-cracks, PID resistance, and robust performance in harsh environments, withstanding up to 5400 Pa positive and 2400 Pa negative loads.
High Energy Yield
Optimized for efficiency, these modules offer excellent IAM performance, low irradiation capability, shading adaptability, and a lower temperature coefficient for enhanced energy production.

Specifications

650w
Maximum Power Output
0~+5w
Positive Power Tolerance
21.6%
Maximum
Efficiency
TECHNOLOGIES

Atmospheric Water Generators

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Innovative, proprietary technology.
Fresh, clean drinking water from the air.
6.9 kWh daily solar + 9.3 kWh energy storage for additional use.
Expandable electricity generation/storage for home or office.
Cost-efficient & environmentally sustainable.
Remote monitoring via ET-HOME app.
Low maintenance, grid-independent or plug-in design.
Eliminates the need for 290,000+ plastic bottles over its lifetime.
Applications
Essence water systems are ideal for many indoor spaces including homes, offices, schools, public facilities, community & government centers, restaurants.

Water From the Air

Essence Water Technology extracts renewable, safe drinking water from atmospheric vapor using a versatile, grid-independent system that reduces greenhouse gas emissions, supports Net-Zero goals, and minimizes the need for costly water infrastructure.

EW-1
Capacity
26 Liters/7 Gallons/Day
EW-2
Capacity
114 Liters/30 Gallons/Day
EW-3
Capacity
1890 Liters/500 Gallons/Day
EW-4
Capacity
5300 Liters/1400 Gallons/Day
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