Beta Power Controls LLP

Solar cold storage is an innovative solution that harnesses solar photovoltaic (PV) energy to power refrigeration systems, providing sustainable, low-carbon, and cost-effective cooling. By integrating solar panels with energy storage systems, it ensures reliable 24/7 operation even in regions with limited or no grid access. This technology is ideal for agriculture, aquaculture, pharmaceuticals, and remote industries that require consistent cold chain reliability.

Key Benefits:

• Operates entirely on renewable energy.

• Reduces dependence on diesel generators and grid electricity.

• Ensures stable temperature control for perishables.

• Promotes sustainable development through lower emissions.

Structure: PV → MPPT → Battery → Inverter → Cold Room
Features: 100% solar and battery-powered; operates without grid connection.
Advantages: Complete energy independence and continuous operation.
Applications: Rural areas, remote farms, islands, and off-grid regions.

Structure: PV → MPPT → (Grid) → Inverter → Cold Room
Features: Connected to grid power; batteries not required.
Advantages: Simpler design, lower cost, ideal for high-tariff zones.
Applications: Areas with stable electricity but high power costs.

Structure: PV → MPPT → Battery/Grid → Inverter → Cold Room
Features: Combines solar, grid, and battery backup.
Advantages: 24/7 reliable power with flexible switching between sources.
Applications: Industrial and commercial sites needing uninterrupted cooling.

1. Energy Cost Savings: Significant reduction in electricity expenses using free solar power.

2. Reliable Off-Grid Operation: Ideal for unstable or non-existent grids.

3. Scalable & Flexible: Expandable with additional solar panels or batteries.

4. Enhanced Food Safety: Maintains stable, uniform temperatures to preserve freshness.

5. Low Carbon Footprint: Reduces greenhouse gas emissions and diesel dependence.

• Agriculture: Preserving fruits, vegetables, and flowers at source.

• Fisheries: Pre-cooling and storage of freshly caught seafood.

• Pharmaceuticals: Safe storage of vaccines and temperature-sensitive drugs.

• Humanitarian Aid: Cold-chain support during disaster relief operations.

• Remote Retail & Hospitality: Supermarkets, kiosks, and restaurants in power-deficient regions.

Solar cold storage is an innovative solution that harnesses solar photovoltaic (PV) energy to power refrigeration systems, providing sustainable, low-carbon, and cost-effective cooling. By integrating solar panels with energy storage systems, it ensures reliable 24/7 operation even in regions with limited or no grid access. This technology is ideal for agriculture, aquaculture, pharmaceuticals, and remote industries that require consistent cold chain reliability.

Key Benefits:

• Operates entirely on renewable energy.

• Reduces dependence on diesel generators and grid electricity.

• Ensures stable temperature control for perishables.

• Promotes sustainable development through lower emissions.

Structure: PV → MPPT → Battery → Inverter → Cold Room
Features: 100% solar and battery-powered; operates without grid connection.
Advantages: Complete energy independence and continuous operation.
Applications: Rural areas, remote farms, islands, and off-grid regions.

Structure: PV → MPPT → (Grid) → Inverter → Cold Room
Features: Connected to grid power; batteries not required.
Advantages: Simpler design, lower cost, ideal for high-tariff zones.
Applications: Areas with stable electricity but high power costs.

Structure: PV → MPPT → Battery/Grid → Inverter → Cold Room
Features: Combines solar, grid, and battery backup.
Advantages: 24/7 reliable power with flexible switching between sources.
Applications: Industrial and commercial sites needing uninterrupted cooling.

1. Energy Cost Savings: Significant reduction in electricity expenses using free solar power.

2. Reliable Off-Grid Operation: Ideal for unstable or non-existent grids.

3. Scalable & Flexible: Expandable with additional solar panels or batteries.

4. Enhanced Food Safety: Maintains stable, uniform temperatures to preserve freshness.

5. Low Carbon Footprint: Reduces greenhouse gas emissions and diesel dependence.

• Agriculture: Preserving fruits, vegetables, and flowers at source.

• Fisheries: Pre-cooling and storage of freshly caught seafood.

• Pharmaceuticals: Safe storage of vaccines and temperature-sensitive drugs.

• Humanitarian Aid: Cold-chain support during disaster relief operations.

• Remote Retail & Hospitality: Supermarkets, kiosks, and restaurants in power-deficient regions.

Solar cold storage is an innovative solution that harnesses solar photovoltaic (PV) energy to power refrigeration systems, providing sustainable, low-carbon, and cost-effective cooling. By integrating solar panels with energy storage systems, it ensures reliable 24/7 operation even in regions with limited or no grid access. This technology is ideal for agriculture, aquaculture, pharmaceuticals, and remote industries that require consistent cold chain reliability.

Key Benefits:

• Operates entirely on renewable energy.

• Reduces dependence on diesel generators and grid electricity.

• Ensures stable temperature control for perishables.

• Promotes sustainable development through lower emissions.

Structure: PV → MPPT → Battery → Inverter → Cold Room
Features: 100% solar and battery-powered; operates without grid connection.
Advantages: Complete energy independence and continuous operation.
Applications: Rural areas, remote farms, islands, and off-grid regions.

Structure: PV → MPPT → (Grid) → Inverter → Cold Room
Features: Connected to grid power; batteries not required.
Advantages: Simpler design, lower cost, ideal for high-tariff zones.
Applications: Areas with stable electricity but high power costs.

Structure: PV → MPPT → Battery/Grid → Inverter → Cold Room
Features: Combines solar, grid, and battery backup.
Advantages: 24/7 reliable power with flexible switching between sources.
Applications: Industrial and commercial sites needing uninterrupted cooling.

1. Energy Cost Savings: Significant reduction in electricity expenses using free solar power.

2. Reliable Off-Grid Operation: Ideal for unstable or non-existent grids.

3. Scalable & Flexible: Expandable with additional solar panels or batteries.

4. Enhanced Food Safety: Maintains stable, uniform temperatures to preserve freshness.

5. Low Carbon Footprint: Reduces greenhouse gas emissions and diesel dependence.

• Agriculture: Preserving fruits, vegetables, and flowers at source.

• Fisheries: Pre-cooling and storage of freshly caught seafood.

• Pharmaceuticals: Safe storage of vaccines and temperature-sensitive drugs.

• Humanitarian Aid: Cold-chain support during disaster relief operations.

• Remote Retail & Hospitality: Supermarkets, kiosks, and restaurants in power-deficient regions.

Solar cold storage is an innovative solution that harnesses solar photovoltaic (PV) energy to power refrigeration systems, providing sustainable, low-carbon, and cost-effective cooling. By integrating solar panels with energy storage systems, it ensures reliable 24/7 operation even in regions with limited or no grid access. This technology is ideal for agriculture, aquaculture, pharmaceuticals, and remote industries that require consistent cold chain reliability.

Key Benefits:

• Operates entirely on renewable energy.

• Reduces dependence on diesel generators and grid electricity.

• Ensures stable temperature control for perishables.

• Promotes sustainable development through lower emissions.

Structure: PV → MPPT → Battery → Inverter → Cold Room
Features: 100% solar and battery-powered; operates without grid connection.
Advantages: Complete energy independence and continuous operation.
Applications: Rural areas, remote farms, islands, and off-grid regions.

Structure: PV → MPPT → (Grid) → Inverter → Cold Room
Features: Connected to grid power; batteries not required.
Advantages: Simpler design, lower cost, ideal for high-tariff zones.
Applications: Areas with stable electricity but high power costs.

Structure: PV → MPPT → Battery/Grid → Inverter → Cold Room
Features: Combines solar, grid, and battery backup.
Advantages: 24/7 reliable power with flexible switching between sources.
Applications: Industrial and commercial sites needing uninterrupted cooling.

1. Energy Cost Savings: Significant reduction in electricity expenses using free solar power.

2. Reliable Off-Grid Operation: Ideal for unstable or non-existent grids.

3. Scalable & Flexible: Expandable with additional solar panels or batteries.

4. Enhanced Food Safety: Maintains stable, uniform temperatures to preserve freshness.

5. Low Carbon Footprint: Reduces greenhouse gas emissions and diesel dependence.

• Agriculture: Preserving fruits, vegetables, and flowers at source.

• Fisheries: Pre-cooling and storage of freshly caught seafood.

• Pharmaceuticals: Safe storage of vaccines and temperature-sensitive drugs.

• Humanitarian Aid: Cold-chain support during disaster relief operations.

• Remote Retail & Hospitality: Supermarkets, kiosks, and restaurants in power-deficient regions.

Solar cold storage is an innovative solution that harnesses solar photovoltaic (PV) energy to power refrigeration systems, providing sustainable, low-carbon, and cost-effective cooling. By integrating solar panels with energy storage systems, it ensures reliable 24/7 operation even in regions with limited or no grid access. This technology is ideal for agriculture, aquaculture, pharmaceuticals, and remote industries that require consistent cold chain reliability.

Key Benefits:

• Operates entirely on renewable energy.

• Reduces dependence on diesel generators and grid electricity.

• Ensures stable temperature control for perishables.

• Promotes sustainable development through lower emissions.

Structure: PV → MPPT → Battery → Inverter → Cold Room
Features: 100% solar and battery-powered; operates without grid connection.
Advantages: Complete energy independence and continuous operation.
Applications: Rural areas, remote farms, islands, and off-grid regions.

Structure: PV → MPPT → (Grid) → Inverter → Cold Room
Features: Connected to grid power; batteries not required.
Advantages: Simpler design, lower cost, ideal for high-tariff zones.
Applications: Areas with stable electricity but high power costs.

Structure: PV → MPPT → Battery/Grid → Inverter → Cold Room
Features: Combines solar, grid, and battery backup.
Advantages: 24/7 reliable power with flexible switching between sources.
Applications: Industrial and commercial sites needing uninterrupted cooling.

1. Energy Cost Savings: Significant reduction in electricity expenses using free solar power.

2. Reliable Off-Grid Operation: Ideal for unstable or non-existent grids.

3. Scalable & Flexible: Expandable with additional solar panels or batteries.

4. Enhanced Food Safety: Maintains stable, uniform temperatures to preserve freshness.

5. Low Carbon Footprint: Reduces greenhouse gas emissions and diesel dependence.

• Agriculture: Preserving fruits, vegetables, and flowers at source.

• Fisheries: Pre-cooling and storage of freshly caught seafood.

• Pharmaceuticals: Safe storage of vaccines and temperature-sensitive drugs.

• Humanitarian Aid: Cold-chain support during disaster relief operations.

• Remote Retail & Hospitality: Supermarkets, kiosks, and restaurants in power-deficient regions.

Solar cold storage is an innovative solution that harnesses solar photovoltaic (PV) energy to power refrigeration systems, providing sustainable, low-carbon, and cost-effective cooling. By integrating solar panels with energy storage systems, it ensures reliable 24/7 operation even in regions with limited or no grid access. This technology is ideal for agriculture, aquaculture, pharmaceuticals, and remote industries that require consistent cold chain reliability.

Key Benefits:

• Operates entirely on renewable energy.

• Reduces dependence on diesel generators and grid electricity.

• Ensures stable temperature control for perishables.

• Promotes sustainable development through lower emissions.

Structure: PV → MPPT → Battery → Inverter → Cold Room
Features: 100% solar and battery-powered; operates without grid connection.
Advantages: Complete energy independence and continuous operation.
Applications: Rural areas, remote farms, islands, and off-grid regions.

Structure: PV → MPPT → (Grid) → Inverter → Cold Room
Features: Connected to grid power; batteries not required.
Advantages: Simpler design, lower cost, ideal for high-tariff zones.
Applications: Areas with stable electricity but high power costs.

Structure: PV → MPPT → Battery/Grid → Inverter → Cold Room
Features: Combines solar, grid, and battery backup.
Advantages: 24/7 reliable power with flexible switching between sources.
Applications: Industrial and commercial sites needing uninterrupted cooling.

1. Energy Cost Savings: Significant reduction in electricity expenses using free solar power.

2. Reliable Off-Grid Operation: Ideal for unstable or non-existent grids.

3. Scalable & Flexible: Expandable with additional solar panels or batteries.

4. Enhanced Food Safety: Maintains stable, uniform temperatures to preserve freshness.

5. Low Carbon Footprint: Reduces greenhouse gas emissions and diesel dependence.

• Agriculture: Preserving fruits, vegetables, and flowers at source.

• Fisheries: Pre-cooling and storage of freshly caught seafood.

• Pharmaceuticals: Safe storage of vaccines and temperature-sensitive drugs.

• Humanitarian Aid: Cold-chain support during disaster relief operations.

• Remote Retail & Hospitality: Supermarkets, kiosks, and restaurants in power-deficient regions.