Our Products
We don’t just offer batteries — we deliver smart, modular, and long-lasting energy infrastructure. Our product line is built on Tier-1 LiFePO₄ cells and designed for performance, reliability, and flexibility across residential, commercial, and off-grid applications.
DeepCell™ Energy Storage Solutions
Our Products
DeepCell™ Energy Storage Solutions
Built with high-performance LiFePO₄ cells, DeepCell™ battery systems are designed to store energy safely, intelligently, and efficiently. Whether you're powering a home, shop, or factory, our batteries deliver flexibility, reliability, and exceptional lifespan.
DeepCell™-CORE
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Safe and efficient energy storage at an affordable price with Tier 1 automotive Grade A LiFePO4 cells. CORE is compact, flexible and easy to install. It is also scalable, supporting up to 56 units and expandable up to 286.72 kWh.
Nominal Voltage
51.2V
Nominal Capacity
100Ah
Nominal Energy
5.12kWh
Compatibility
Compatible with most inverter brands
Max Charge/Discharge Current
50A
Peak Discharge Current
102A
Cycles
≥6000 cycles @90%DOD
Installation
Vertically or horizontally with brackets and battery enclosures
Dimensions (mm)
440(L)x620(W)x117(H)
Weight
51kg
Parallel Support
Up to 56 units
Certifications
UL9540, UL1973, UL9540A, CEC, SGIP, UN38.3
Warranty
10 years
Design Life
Up to 20 years
Round-Trip Efficiency
≥95%
Applications
Home appliances, electric power systems, uninterrupted power supply
DeepCell™-CORE Cabinet Casing
Core 2
Connect up to 2 units in parallel (10 kWh)
Suitable for indoor use
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Core 4
Connect up to 4 units in parallel (20 kWh)
Suitable for outdoor use
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Core 3
Connect up to 3 units in parallel (15 kWh)
Suitable for indoor use
Core 6
Connect 5 or 6 units in parallel (25 or 30 kWh)
Suitable for indoor use
DeepCell™-CORE Cabinet Casing
CORE 2
Suitable for indoor use
Connect up to 2 units in parallel (10 kWh)
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CORE 3
Suitable for indoor use
Connect up to 3 units in parallel (15 kWh)
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CORE 4
Suitable for outdoor use
Connect up to 4 units in parallel (20 kWh)
CORE 6
Suitable for indoor use
Connect 5 or 6 units in parallel (25 or 30 kWh)
Nominal Voltage
51.2V
Nominal Capacity
100Ah
Nominal Energy
5.12kWh
Max Charge/Discharge Current
50A
Cycles
≥6000 cycles @90%DOD
Compatibility
Compatible with most inverter brands
Installation
Vertically or horizontally with brackets and battery enclosures
Dimensions (mm)
440(L)x620(W)x117(H)
Weight
51kg
Parallel Support
Up to 56 units
Round-Trip Efficiency
≥95%
Warranty
10 years
Certifications
UL9540, UL1973, UL9540A, CEC, SGIP, UN38.3
Applications
Home appliances, electric power systems, uninterrupted power supply
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DeepCell™-CORE
Safe and efficient energy storage at an affordable price with Tier 1 automotive Grade A LiFePO4 cells. CORE is compact, flexible and easy to install. It is also scalable, supporting up to 56 units and expandable up to 286.72 kWh.
DeepCell™-SLEEK
SLEEK has a compact design that is optimum for limited space. Installation of this battery storage is easy with a plug-and-play design.
Nominal Voltage
51.2V
Nominal Capacity
100 Ah
Nominal Energy
10.24 kWh - 30.72 kWh
Max Charge/Discharge Current
75A
Peak Discharge Current
100A
Output
Continuous: 14.08kW, Surge: 25.6kW
(6 modules)
Cycle Life
≥6000 cycles
Communication
CAN, RS485
Protection Level
IP55
Stacking
Up to 6 units
Installation
Plug-and-play
Indoor and Outdoor Use
High-strength waterproof and dustproof
Certifications
CE, IEC62619, UL1973, UN38.3,
Smart Monitoring
Real-time operation monitoring & seamless remote upgrades
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Nominal Energy (kWh)
No. of Modules
10.24
2
15.36
3
20.48
4
25.6
5
30.72
6
Recommended Power (kW)
5.12
7.68
10.24
10.24
10.24
DeepCell-V-24-300
Capacity (Ah)
300Ah
Energy (kWh)
7.68kWh
Parallel Support
Yes
Dimensions (mm)
668 x 328x 706
Nominal Voltage
24V (25.6V)
Max Charge/Discharge Current
100A
Weight
~95kg
Warranty
5 year
Safe and efficient energy storage at an affordable price with Tier 1 automotive Grade A LiFePO4 cells. CORE is compact, flexible and easy to install. It is also scalable, supporting up to 56 units and expandable up to 286.72 kWh.
DeepCell-SLEEK
Nominal Voltage
51.2V
Nominal Energy
10.24kWh - 30.72kWh
Stacking
Up to 6 units
Communication
CAN, RS485
Nominal Capacity
100 Ah
Max Charge/Discharge Current
75A
Protection Level
IP55
Installation
Plug-and-play
Peak Discharge Current
100A
Cycle Life
≥6000 cycles
Indoor and Outdoor Use
High-strength waterproof and dustproof
Certifications
CE, IEC62619, UL1973, UN38.3
Output
Continuous: 14.08kW, Surge: 25.6kW (6 modules)
Smart Monitoring
Real-time operation monitoring & seamless remote upgrades
DeepCell-UU-12-300
Capacity (Ah)
300Ah
Energy (kWh)
3.84kWh
Parallel Support
Yes
Dimensions (mm)
895 x 628 x 181
Nominal Voltage
12V(12.8V)
Max Charge/Discharge Current
100A
Weight
~45kg
Warranty
5 year
DeepCell-V-48-100
Capacity (Ah)
300Ah
Energy (kWh)
3.84kWh
Parallel Support
Yes
Dimensions (mm)
895 x 628 x 181
Nominal Voltage
12V(12.8V)
Max Charge/Discharge Current
100A
Weight
~45kg
Warranty
5 year
Commercial & Industrial Solutions
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DeepCell V48 Stack
Capacity
10.24–15.36kWh per unit
Expandable
Up to 15 units (stackable)
Features
Remote monitoring, RS485/CAN communication, grid-compatible
Form Factor
Modular stack design
Ideal For
Retail, small factories, solar charging stations
01
Modular Expansion
02
Lithium Iron Phosphate (LiFePO₄)
03
Smart BMS
04
Certified
04
Monitoring-Ready
Technical Highlights
Scale as your energy needs grow.
Known for its excellent thermal and chemical stability. Safer and longer-lasting than other lithium battery types.
Intelligent battery protection and performance optimisation.
UN38.3 / CE / MSDS compliant
Optional cloud monitoring and mobile app support.
You can use up to 80% of the battery's capacity without degrading its lifespan, which means more usable energy each day.
Allows fast charging and discharging without stressing the battery, suitable for homes and high-demand commercial loads.
This equals roughly 15–20 years of daily use. It's a long-term investment that outlives typical lead-acid and even many lithium batteries.
Performs reliably in Malaysia’s tropical climate and even in colder highland zones.
Compatible Inverter Brands: Growatt, Huawei, Solis, Victron, GoodWe, SMA
Technical Highlights
Battery Chemistry
Lithium Iron Phosphate (LiFePO₄)
Known for its excellent thermal and chemical stability. Safer and longer-lasting than other lithium battery types.
Modular Expansion
Expandable
Scale as your energy needs grow.
Smart BMS
Available
Battery Management System (BMS) allows for intelligent battery protection and performance optimisation.
Depth of Discharge (DoD)
>80%
You can use up to 80% of the battery's capacity without degrading its lifespan, which means more usable energy each day.
Battery
Cycle Life
>6,000 cycles (@ 0.5C, 25°C)
This equals roughly 15–20 years of daily use. It's a long-term investment that outlives typical lead-acid and even many lithium batteries.
Charge /
Discharge C-rate
≤ 0.8C continuous
Allows fast charging and discharging without stressing the battery, suitable for homes and high-demand commercial loads.
Operating Temperature
-15°C to +60°C
Performs reliably in Malaysia’s tropical climate and even in colder highland zones.
Recommended
Temperature
10°C to 40°C
Ideal operating range for maximum efficiency and longevity.
Humidity
Range
≤75% RH
Designed to function safely even in humid coastal or industrial environments.
Altitude
Up to 5,000m
Suitable for installations in remote highland villages or rugged terrain.
Self-Discharge
<3% per month
Battery holds its charge for long periods, making it perfect for standby and backup scenarios.
Certifications
UN38.3, CE, MSDS, DGM
Complies with international standards for transport safety, quality, and environmental compliance.
These technical features ensure that Deep Power's battery systems are not just technologically advanced, but also practical, efficient, and resilient in real-world use cases.
How It Works
Technical Highlights
Battery Chemistry
Lithium Iron Phosphate (LiFePO₄)
Known for its excellent thermal and chemical stability. Safer and longer-lasting than other lithium battery types.
Modular Expansion
Expandable
Scale as your energy needs grow.
Smart BMS
Available
Battery Management System (BMS) allows for intelligent battery protection and performance optimisation.
Depth of Discharge (DoD)
>80%
You can use up to 80% of the battery's capacity without degrading its lifespan, which means more usable energy each day.
Battery Cycle Life
>6,000 cycles (@ 0.5C, 25°C)
This equals roughly 15–20 years of daily use. It's a long-term investment that outlives typical lead-acid and even many lithium batteries.
Charge / Discharge C-rate
≤ 0.8C continuous
Allows fast charging and discharging without stressing the battery, suitable for homes and high-demand commercial loads.
Operating Temperature
-15°C to +60°C
Performs reliably in Malaysia’s tropical climate and even in colder highland zones.
Recommended Temperature
10°C to 40°C
Ideal operating range for maximum efficiency and longevity.
Humidity Range
≤75% RH
Designed to function safely even in humid coastal or industrial environments.
Altitude
Up to 5,000m
Suitable for installations in remote highland villages or rugged terrain.
Self-Discharge
<3% per month
Battery holds its charge for long periods, making it perfect for standby and backup scenarios.
Certifications
UN38.3, CE, MSDS, DGM
Complies with international standards for transport safety, quality, and environmental compliance.
These technical features ensure that Deep Power's battery systems are not just technologically advanced, but also practical, efficient, and resilient in real-world use cases.
Battery Chemistry
Lithium Iron Phosphate (LiFePO₄)
Known for its excellent thermal and chemical stability. Safer and longer-lasting than other lithium battery types.
Modular Expansion
Expandable
Scale as your energy needs grow.
Smart BMS
Available
Battery Management System (BMS) allows for intelligent battery protection and performance optimisation.
Depth of Discharge (DoD)
>80%
You can use up to 80% of the battery's capacity without degrading its lifespan, which means more usable energy each day.
Cycle Life
>6,000 cycles (@ 0.5C, 25°C)
This equals roughly 15–20 years of daily use. It's a long-term investment that outlives typical lead-acid and even many lithium batteries.
Charge/Discharge C-rate
≤ 0.8C continuous
Allows fast charging and discharging without stressing the battery, suitable for homes and high-demand commercial loads.
Operating Temperature
-15°C to +60°C
Performs reliably in Malaysia’s tropical climate and even in colder highland zones.
Recommended Temp
10°C to 40°C
Ideal operating range for maximum efficiency and longevity.
Humidity Range
≤75% RH
Designed to function safely even in humid coastal or industrial environments.
Altitude
Up to 5,000m
Suitable for installations in remote highland villages or rugged terrain.
Self-Discharge
<3% per month
Battery holds its charge for long periods, making it perfect for standby and backup scenarios.
Certifications
UN38.3, CE, MSDS, DGM
Complies with international standards for transport safety, quality, and environmental compliance.
System Benefits
Scale as your energy needs grow.
Safer and longer-lasting than traditional chemistries.
Intelligent battery protection and performance optimisation.
UN38.3 / CE / MSDS compliant
Optional cloud monitoring and mobile app support.
How It Works
Charge
Use solar panels or off-peak grid energy to charge your DeepCell™ battery.
Store
Safely store energy with intelligent BMS monitoring.
Use
Power your home, shop, or office anytime — especially during outages.
Save
Cut utility bills and reduce carbon emissions.
How It Works
Charge
Use solar panels or off-peak grid energy to charge your DeepCell™ battery.
Store
Safely store energy with intelligent BMS monitoring.
Use
Power your home, shop, or office anytime — especially during outages.
Save
Cut utility bills and reduce carbon emissions.
How It Works
Charge
Use solar panels or off-peak grid energy to charge your DeepCell™ battery.
Store
Safely store energy with intelligent BMS monitoring.
Use
Power your home, shop, or office anytime — especially during outages.
Save
Cut utility bills and reduce carbon emissions.
02
Store
Safely store energy with intelligent BMS monitoring.
03
Use
Power your home, shop, or office anytime — especially during outages.
04
Save
Cut utility bills and reduce carbon emissions.
01
Charge
Use solar panels or off-peak grid energy to charge your DeepCell™ battery.
02
Store
Safely store energy
with intelligent BMS monitoring.
04
Save
Cut utility bills and reduce carbon emissions.
03
Use
Power your home, shop, or office anytime — especially during outages.
How It Works
Use Cases
Real Applications. Real Results.
Discover how DeepCell™ batteries are solving real energy challenges for Malaysians across different industries and lifestyles.
Use Cases
Real Applications. Real Results.
Discover how DeepCell™ batteries are solving real energy challenges for Malaysians across different industries and lifestyles.
Residential
Commercial
Industrial
Landed Homes
Backup power during TNB blackouts, solar energy storage to reduce bills.
Retail Shops & F&B
Store cheap electricity during off-peak hours and use during peak charges.
Light Manufacturing
Power continuity for sensitive equipment.
High-Rise Condos
Compact batteries for critical backup (lights, fans, routers).
Cold Storage & Clinics
Keep refrigeration and essential services running uninterrupted.
Solar + Storage Plants
DeepCell™ as part of hybrid solar-battery systems for factories.
EV Homes
Use DeepCell™ to power your EV charger overnight at lower rates.
Showrooms & Service Centres
Improve energy efficiency and lower operating costs.
Warehouses & Logistics Hubs
Maintain operations during outages and optimise energy costs for lighting and automation systems
Residential
Commercial & Industrial
Rural Electrification / Off-Grid
Store up to 10 kWh/day per household to meet over 85% of daily energy needs
Offset peak loads up to 150 kWh per day, cutting demand charges by 20–35%
Deliver 24/7 electricity for health clinics, schools, and homes in underserved regions
Prevent blackouts for 6–10 hours with backup support
Achieve payback in as fast as 4 years through energy savings
Replace diesel gensets and save 20,000–50,000 litres of fuel annually per site
Reduce electricity bills by up to 40% with optimised solar self-consumption
Ensure operational continuity for factories and critical services
Empower rural microgrids with modular systems from 5 kWh to 150 kWh
Emergency Backup Power
EV Charging Station Buffer Storage
Keep power running for up to 12 hours during grid outages for essential loads
Reduce grid stress by delivering 30–50 kWh per charge cycle from stored solar
Support telecom towers, cold chains, and critical data with instant failover
Lower energy costs by charging EVs during peak sun hours or from stored battery
Avoid costly downtime estimated at RM 5,000–RM 20,000/day for commercial users
Enable fast-charging hubs even in limited-grid or semi-rural areas
Residential
Store up to 10 kWh/day per household to meet over 85% of daily energy needs
Prevent blackouts for 6–10 hours with backup support
Reduce electricity bills by up to 40% with optimised solar self-consumption
Commercial & Industrial
Offset peak loads up to 150 kWh per day, cutting demand charges by 20–35%
Achieve payback in as fast as 4 years through energy savings
Ensure operational continuity for factories and critical services
Rural Electrification / Off-Grid
Deliver 24/7 electricity for health clinics, schools, and homes in underserved regions
Replace diesel gensets and save 20,000–50,000 litres of fuel annually per site
Empower rural microgrids with modular systems from 5 kWh to 150 kWh
Emergency Backup Power
Keep power running for up to 12 hours during grid outages for essential loads
Support telecom towers, cold chains, and critical data with instant failover
Avoid costly downtime estimated at RM 5,000–RM 20,000/day for commercial users
EV Charging Station Buffer Storage
Reduce grid stress by delivering 30–50 kWh per charge cycle from stored solar
Lower energy costs by charging EVs during peak sun hours or from stored battery
Enable fast-charging hubs even in limited-grid or semi-rural areas
Residential
Store up to 10 kWh/day per household to meet over 85% of daily energy needs
Prevent blackouts for 6–10 hours with backup support
Reduce electricity bills by up to 40% with optimised solar self-consumption
Commercial & Industrial
Offset peak loads up to 150 kWh per day, cutting demand charges by 20–35%
Achieve payback in as fast as 4 years through energy savings
Ensure operational continuity for factories and critical services
Rural Electrification / Off-Grid
Deliver 24/7 electricity for health clinics, schools, and homes in underserved regions
Replace diesel gensets and save 20,000–50,000 litres of fuel annually per site
Empower rural microgrids with modular systems from 5 kWh to 150 kWh
Emergency Backup Power
Keep power running for up to 12 hours during grid outages for essential loads
Support telecom towers, cold chains, and critical data with instant failover
Avoid costly downtime estimated at RM 5,000–RM 20,000/day for commercial users
EV Charging Station Buffer Storage
Reduce grid stress by delivering 30–50 kWh per charge cycle from stored solar
Lower energy costs by charging EVs during peak sun hours or from stored battery
Enable fast-charging hubs even in limited-grid or semi-rural areas
Residential
Store up to 10 kWh/day per household to meet over 85% of daily energy needs
Prevent blackouts for 6–10 hours with backup support
Reduce electricity bills by up to 40% with optimised solar self-consumption
Commercial & Industrial
Offset peak loads up to 150 kWh per day, cutting demand charges by 20–35%
Achieve payback in as fast as 4 years through energy savings
Ensure operational continuity for factories and critical services
Rural Electrification / Off-Grid
Deliver 24/7 electricity for health clinics, schools, and homes in underserved regions
Replace diesel gensets and save 20,000–50,000 litres of fuel annually per site
Empower rural microgrids with modular systems from 5 kWh to 150 kWh
Emergency Backup Power
Keep power running for up to 12 hours during grid outages for essential loads
Support telecom towers, cold chains, and critical data with instant failover
Avoid costly downtime estimated at RM 5,000–RM 20,000/day for commercial users
EV Charging Station Buffer Storage
Reduce grid stress by delivering 30–50 kWh per charge cycle from stored solar
Lower energy costs by charging EVs during peak sun hours or from stored battery
Enable fast-charging hubs even in limited-grid or semi-rural areas
Use Cases
Real Applications. Real Results.
Discover how DeepCell™ batteries are solving real energy challenges for Malaysians across different industries and lifestyles.
Residential
Store up to 10 kWh/day per household to meet over 85% of daily energy needs
Prevent blackouts for 6–10 hours with backup support
Reduce electricity bills by up to 40% with optimised solar self-consumption
Commercial & Industrial
Offset peak loads up to 150 kWh per day, cutting demand charges by 20–35%
Achieve payback in as fast as 4 years through energy savings
Ensure operational continuity for factories and critical services
Rural Electrification / Off-Grid
Deliver 24/7 electricity for health clinics, schools, and homes in underserved regions
Replace diesel gensets and save 20,000–50,000 litres of fuel annually per site
Empower rural microgrids with modular systems from 5 kWh to 150 kWh
Emergency Backup Power
Keep power running for up to 12 hours during grid outages for essential loads
Support telecom towers, cold chains, and critical data with instant failover
Avoid costly downtime estimated at RM 5,000–RM 20,000/day for commercial users
EV Charging Station Buffer Storage
Reduce grid stress by delivering 30–50 kWh per charge cycle from stored solar
Lower energy costs by charging EVs during peak sun hours or from stored battery
Enable fast-charging hubs even in limited-grid or semi-rural areas
Residential
Store up to 10 kWh/day per household to meet over 85% of daily energy needs
Prevent blackouts for 6–10 hours with backup support
Reduce electricity bills by up to 40% with optimised solar self-consumption
Commercial & Industrial
Offset peak loads up to 150 kWh per day, cutting demand charges by 20–35%
Achieve payback in as fast as 4 years through energy savings
Ensure operational continuity for factories and critical services
Rural Electrification / Off-Grid
Deliver 24/7 electricity for health clinics, schools, and homes in underserved regions
Replace diesel gensets and save 20,000–50,000 litres of fuel annually per site
Empower rural microgrids with modular systems from 5 kWh to 150 kWh
Emergency Backup Power
Keep power running for up to 12 hours during grid outages for essential loads
Support telecom towers, cold chains, and critical data with instant failover
Avoid costly downtime estimated at RM 5,000–RM 20,000/day for commercial users
EV Charging Station Buffer Storage
Reduce grid stress by delivering 30–50 kWh per charge cycle from stored solar
Lower energy costs by charging EVs during peak sun hours or from stored battery
Enable fast-charging hubs even in limited-grid or semi-rural areas
Residential
Store up to 10 kWh/day per household to meet over 85% of daily energy needs
Prevent blackouts for 6–10 hours with backup support
Reduce electricity bills by up to 40% with optimised solar self-consumption
Commercial & Industrial
Offset peak loads up to 150 kWh per day, cutting demand charges by 20–35%
Achieve payback in as fast as 4 years through energy savings
Ensure operational continuity for factories and critical services
Rural Electrification / Off-Grid
Deliver 24/7 electricity for health clinics, schools, and homes in underserved regions
Replace diesel gensets and save 20,000–50,000 litres of fuel annually per site
Empower rural microgrids with modular systems from 5 kWh to 150 kWh
Emergency Backup Power
Keep power running for up to 12 hours during grid outages for essential loads
Support telecom towers, cold chains, and critical data with instant failover
Avoid costly downtime estimated at RM 5,000–RM 20,000/day for commercial users
EV Charging Station Buffer Storage
Reduce grid stress by delivering 30–50 kWh per charge cycle from stored solar
Lower energy costs by charging EVs during peak sun hours or from stored battery
Enable fast-charging hubs even in limited-grid or semi-rural areas
Use Cases
Real Applications. Real Results.
Discover how DeepCell™ batteries are solving real energy challenges for Malaysians across different industries and lifestyles.
Residential
Store up to 10 kWh/day per household to meet over 85% of daily energy needs
Prevent blackouts for 6–10 hours with backup support
Reduce electricity bills by up to 40% with optimised solar self-consumption
Commercial & Industrial
Offset peak loads up to 150 kWh per day, cutting demand charges by 20–35%
Achieve payback in as fast as 4 years through energy savings
Ensure operational continuity for factories and critical services
Rural Electrification / Off-Grid
Deliver 24/7 electricity for health clinics, schools, and homes in underserved regions
Replace diesel gensets and save 20,000–50,000 litres of fuel annually per site
Empower rural microgrids with modular systems from 5 kWh to 150 kWh
Emergency Backup Power
Keep power running for up to 12 hours during grid outages for essential loads
Support telecom towers, cold chains, and critical data with instant failover
Avoid costly downtime estimated at RM 5,000–RM 20,000/day for commercial users
EV Charging Station Buffer Storage
Reduce grid stress by delivering 30–50 kWh per charge cycle from stored solar
Lower energy costs by charging EVs during peak sun hours or from stored battery
Enable fast-charging hubs even in limited-grid or semi-rural areas
Residential
Store up to 10 kWh/day per household to meet over 85% of daily energy needs
Prevent blackouts for 6–10 hours with backup support
Reduce electricity bills by up to 40% with optimised solar self-consumption
Commercial & Industrial
Offset peak loads up to 150 kWh per day, cutting demand charges by 20–35%
Achieve payback in as fast as 4 years through energy savings
Ensure operational continuity for factories and critical services
Rural Electrification / Off-Grid
Deliver 24/7 electricity for health clinics, schools, and homes in underserved regions
Replace diesel gensets and save 20,000–50,000 litres of fuel annually per site
Empower rural microgrids with modular systems from 5 kWh to 150 kWh
Emergency Backup Power
Keep power running for up to 12 hours during grid outages for essential loads
Support telecom towers, cold chains, and critical data with instant failover
Avoid costly downtime estimated at RM 5,000–RM 20,000/day for commercial users
EV Charging Station Buffer Storage
Reduce grid stress by delivering 30–50 kWh per charge cycle from stored solar
Lower energy costs by charging EVs during peak sun hours or from stored battery
Enable fast-charging hubs even in limited-grid or semi-rural areas
Residential
Store up to 10 kWh/day per household to meet over 85% of daily energy needs
Prevent blackouts for 6–10 hours with backup support
Reduce electricity bills by up to 40% with optimised solar self-consumption
Commercial & Industrial
Offset peak loads up to 150 kWh per day, cutting demand charges by 20–35%
Achieve payback in as fast as 4 years through energy savings
Ensure operational continuity for factories and critical services
Rural Electrification / Off-Grid
Deliver 24/7 electricity for health clinics, schools, and homes in underserved regions
Replace diesel gensets and save 20,000–50,000 litres of fuel annually per site
Empower rural microgrids with modular systems from 5 kWh to 150 kWh
Emergency Backup Power
Keep power running for up to 12 hours during grid outages for essential loads
Support telecom towers, cold chains, and critical data with instant failover
Avoid costly downtime estimated at RM 5,000–RM 20,000/day for commercial users
EV Charging Station Buffer Storage
Reduce grid stress by delivering 30–50 kWh per charge cycle from stored solar
Lower energy costs by charging EVs during peak sun hours or from stored battery
Enable fast-charging hubs even in limited-grid or semi-rural areas
Residential
-
Store up to 10 kWh/day per household to meet over 85% of daily energy needs
-
Prevent blackouts for 6–10 hours with backup support
-
Reduce electricity bills by up to 40% with optimised solar self-consumption
Commercial & Industrial
-
Offset peak loads up to 150 kWh per day, cutting demand charges by 20–35%
-
Achieve payback in as fast as 4 years through energy savings
-
Ensure operational continuity for factories and critical services
Rural Electrification
-
Deliver 24/7 electricity for health clinics, schools, and homes in underserved regions
-
Replace diesel gensets and save 20,000–50,000 litres of fuel annually per site
-
Empower rural microgrids with modular systems from 5 kWh to 150 kWh
Emergency Backup Power
-
Keep power running for up to 12 hours during grid outages for essential loads
-
Support telecom towers, cold chains, and critical data with instant failover
-
Avoid costly downtime estimated at RM 5,000–RM 20,000/day for commercial users
EV Charging Station Buffer Storage
-
Reduce grid stress by delivering 30–50 kWh per charge cycle from stored solar
-
Lower energy costs by charging EVs during peak sun hours or from stored battery
-
Enable fast-charging hubs even in limited-grid or semi-rural areas
Landed Homes
Backup power during TNB blackouts, solar energy storage to reduce bills.
High-Rise Condos
Compact batteries for critical backup (lights, fans, routers).
EV Homes
Use DeepCell™ to power your EV charger overnight at lower rates.
Retail Shops & F&B
Store cheap electricity during off-peak hours and use during peak charges.
Cold Storage & Clinics
Keep refrigeration and essential services running uninterrupted.
Showrooms & Service Centres
Improve energy efficiency and lower operating costs.
Light Manufacturing
Power continuity for sensitive equipment.
Solar + Storage Plants
DeepCell™ as part of hybrid solar-battery systems for factories.
Commercial
Residential
Industrial
Integrated System Capability
Integrated System Capability
Our storage systems are engineered for seamless integration across a wide range of energy applications, forming the backbone of complete solar + battery ecosystems.
Advanced Battery Management System (BMS)
Each unit features an intelligent BMS that ensures:
-
Accurate state-of-charge and state-of-health monitoring
-
Cell balancing and fault detection in real-time
-
Overcurrent, short circuit, and thermal Communication through RS485 / CAN protocols for remote diagnostics
System Architecture Compatibility
Our batteries are compatible with:
-
Hybrid inverters for on-grid + off-grid switching
-
AC-coupled and DC-coupled systems
-
Industry-standard solar inverters including Huawei, Growatt, Sungrow, SMA
-
Smart Energy Management Systems (EMS) to track load profiles, optimise charge/discharge, and schedule backup priorities
Modular Plug-and-Play Design
-
Supports parallel connection of up to 15 units
-
Integrated with pre-wired inverter kits and combiner boxes for faster deployment
-
Ideal for shipping containerised microgrid solutions, retrofit installations, and integrated inverter-storage cabinets
Integrated Solutions Available
We offer turnkey kits that include:
-
LiFePO₄ batteries
-
Hybrid inverter (4kW/6kW)
-
Solar MPPT controller
-
AC output port, WiFi monitoring, and mobile app control
-
Optional grid bypass, generator input, and EV charging support
With a unified system design, Deep Power enables rapid deployment of clean energy assets—reducing engineering lead time, improving safety, and unlocking smarter energy control.
System Architecture Compatibility
Our batteries are compatible with:
-
Hybrid inverters for on-grid + off-grid switching
-
AC-coupled and DC-coupled systems
-
Industry-standard solar inverters including Huawei, Growatt, Sungrow, SMA
-
Smart Energy Management Systems (EMS) to track load profiles, optimise charge/discharge, and schedule backup priorities
Advanced Battery Management System (BMS)
Each unit features an intelligent BMS that ensures:
-
Accurate state-of-charge and state-of-health monitoring
-
Cell balancing and fault detection in real-time
-
Overcurrent, short circuit, and thermal Communication through RS485 / CAN protocols for remote diagnostics
System Architecture Compatibility
Our batteries are compatible with:
-
Hybrid inverters for on-grid + off-grid switching
-
AC-coupled and DC-coupled systems
-
Industry-standard solar inverters including Huawei, Growatt, Sungrow, SMA
-
Smart Energy Management Systems (EMS) to track load profiles, optimise charge/discharge, and schedule backup priorities
Integrated Solutions Available
We offer turnkey kits that include:
-
LiFePO₄ batteries
-
Hybrid inverter (4kW/6kW)
-
Solar MPPT controller
-
AC output port, WiFi monitoring, and mobile app control
-
Optional grid bypass, generator input, and EV charging support
Modular Plug-and-Play Design
-
Supports parallel connection of up to 15 units
-
Integrated with pre-wired inverter kits and combiner boxes for faster deployment
-
Ideal for shipping containerised microgrid solutions, retrofit installations, and integrated inverter-storage cabinets
System Architecture Compatibility
c
-
Hybrid inverters for on-grid + off-grid switching
-
AC-coupled and DC-coupled systems
-
Industry-standard solar inverters including Huawei, Growatt, Sungrow, SMA
-
Smart Energy Management Systems (EMS) to track load profiles, optimise charge/discharge, and schedule backup priorities
With a unified system design, Deep Power enables rapid deployment of clean energy assets—reducing engineering lead time, improving safety, and unlocking smarter energy control.
Integrated System Capability
Our storage systems are engineered for seamless integration across a wide range of energy applications, forming the backbone of complete solar + battery ecosystems.
Advanced Battery Management System (BMS)
Each unit features an intelligent BMS that ensures:
-
Accurate state-of-charge and state-of-health monitoring
-
Cell balancing and fault detection in real-time
-
Overcurrent, short circuit, and thermal Communication through RS485 / CAN protocols for remote diagnostics
System Architecture Compatibility
Our batteries are compatible with:
-
Hybrid inverters for on-grid + off-grid switching
-
AC-coupled and DC-coupled systems
-
Industry-standard solar inverters including Huawei, Growatt, Sungrow, SMA
-
Smart Energy Management Systems (EMS) to track load profiles, optimise charge/discharge, and schedule backup priorities
Modular Plug-and-Play Design
-
Supports parallel connection of up to 15 units
-
Integrated with pre-wired inverter kits and combiner boxes for faster deployment
-
Ideal for shipping containerised microgrid solutions, retrofit installations, and integrated inverter-storage cabinets
Integrated Solutions Available
We offer turnkey kits that include:
-
LiFePO₄ batteries
-
Hybrid inverter (4kW/6kW)
-
Solar MPPT controller
-
AC output port, WiFi monitoring, and mobile app control
-
Optional grid bypass, generator input, and EV charging support
