Improvement of Milk Storage Using Solar Powered Coolers - Revision history

Stefan Eibisch at 13:56, 14 May 2024

2024-05-14T13:56:26Z

Helen Mengs at 08:17, 7 May 2024

2024-05-07T08:17:14Z

Helen Mengs at 14:19, 24 August 2023

2023-08-24T14:19:35Z

Helen Mengs at 14:22, 21 August 2023

2023-08-21T14:22:46Z

Helen Mengs: Created page with "{{GBE ProjectDB |GBE project name=Improvement of Milk Storage Using Solar Powered Coolers |GBE organisation=Ministry of Agriculture of Zambia |GBE date start=February 2021 |G..."

2023-08-21T14:22:19Z

Created page with "{{GBE ProjectDB |GBE project name=Improvement of Milk Storage Using Solar Powered Coolers |GBE organisation=Ministry of Agriculture of Zambia |GBE date start=February 2021 |G..."

New page

{{GBE ProjectDB
|GBE project name=Improvement of Milk Storage Using Solar Powered Coolers
|GBE organisation=Ministry of Agriculture of Zambia
|GBE date start=February 2021
|GBE date end=May 2023
|GBE project description=The project provides cooling solutions for rural farmers, who are located off-grid, and in addition, also provides these farmers with an opportunity to participate in the formal sector of the diary product value chain. This is achieved through a two-step process. First, all relevant local stake�holders are identified and mapped to ensure that the project is locally anchored. Second, a suitable location for a new milk cooling unit is identified. At this location a milk cooling unit, which is operated completely by solar power, is constructed. As no connection to the national power grid is possible due to the remote location, the solar PV system ensures that the unit can operate continuously and the cooling chain is not interrupted. At the same time, sensitisation measures teach farmers about the importance and process of cooling chains to ensure the sustainability of the project. Combined, these measures increase the quantity of milk collected by the dairy processors, provide an income for farmers selling milk to the collection centres, and offer employment opportunities at the new milk collection centres.

This project provides a reliable alternative to traditional electricity supply for the milk’s cooling value chain. The constructed milk cooling unit has no connection to the national electricity grid and instead is run entirely on solar power. Furthermore, milk can be stored for up to two days, which enables individual farmers to sell more milk overall. This innovative cooling system provides an additional advantage during dry seasons. Traditionally, farmers would not feed their cattle more than necessary to keep costs down, but by collecting and storing their milk at the cooling unit, they are incentivised to feed their cattle through�out the year, enabling them to establish a stable income from milk production.
|GBE financed=Small Projects Fund
|GBE category produse=Productive Use
|GBE countrySPF=Zambia
|GBE locationSPF=-17.78779, 25.27602
|GBE FS source=Wiki Upload
|GBE FS source Wiki=GBE-SPF_2020_06_Projectfactsheet.pdf
}}

@@ Line 10: / Line 10: @@
 |GBE financed=Small Projects Fund
 |GBE category produse=Productive Use
 |GBE countrySPF=Zambia
 |GBE locationSPF=-17.78779, 25.27602

@@ Line 1: / Line 1: @@
 {{GBE ProjectDB
-|GBE project name=Improvement of Milk Storage  Using Solar Powered Coolers
+|GBE project name=Improvement of Milk Storage  Using Solar Powered Coolers in Zambia
 |GBE organisation=Ministry of Agriculture of Zambia
 |GBE date start=February 2021

@@ Line 13: / Line 13: @@
 |GBE locationSPF=-17.78779, 25.27602
 |GBE FS source=Wiki Upload
-|GBE FS source Wiki=GBE-SPF_2020_06_Projectfactsheet.pdf
+|GBE FS source Wiki=GBE-SPF_Ministry of Agriculture_Projectfactsheet.pdf
 }}

@@ Line 4: / Line 4: @@
 |GBE date start=February 2021
 |GBE date end=May 2023
-|GBE project description=The project provides cooling solutions for rural farmers, who are located off-grid, and in addition, also provides these farmers with an opportunity to participate in the formal sector of the diary product value chain. This is achieved through a two-step process. First, all relevant local stake�holders are identified and mapped to ensure that the project is locally anchored. Second, a suitable location for a new milk cooling unit is identified. At this location a milk cooling unit, which is operated completely by solar power, is constructed. As no connection to the national power grid is possible due to the remote location, the solar PV system ensures that the unit can operate continuously and the cooling chain is not interrupted. At the same time, sensitisation measures teach farmers about the importance and process of cooling chains to ensure the sustainability of the project. Combined, these measures increase the quantity of milk collected by the dairy processors, provide an income for farmers selling milk to the collection centres, and offer employment opportunities at the new milk collection centres.
+|GBE project description=The project provides cooling solutions for rural farmers, who are located off-grid, and in addition, also provides these farmers with an opportunity to participate in the formal sector of the diary product value chain. This is achieved through a two-step process. First, all relevant local stakeholders are identified and mapped to ensure that the project is locally anchored. Second, a suitable location for a new milk cooling unit is identified. At this location a milk cooling unit, which is operated completely by solar power, is constructed. As no connection to the national power grid is possible due to the remote location, the solar PV system ensures that the unit can operate continuously and the cooling chain is not interrupted. At the same time, sensitisation measures teach farmers about the importance and process of cooling chains to ensure the sustainability of the project. Combined, these measures increase the quantity of milk collected by the dairy processors, provide an income for farmers selling milk to the collection centres, and offer employment opportunities at the new milk collection centres.
-This project provides a reliable alternative to traditional electricity supply for the milk’s cooling value chain. The constructed milk cooling unit has no connection to the national electricity grid and instead is run entirely on solar power. Furthermore, milk can be stored for up to two days, which enables individual farmers to sell more milk overall. This innovative cooling system provides an additional advantage during dry seasons. Traditionally, farmers would not feed their cattle more than necessary to keep costs down, but by collecting and storing their milk at the cooling unit, they are incentivised to feed their cattle through�out the year, enabling them to establish a stable income from milk production.
+This project provides a reliable alternative to traditional electricity supply for the milk’s cooling value chain. The constructed milk cooling unit has no connection to the national electricity grid and instead is run entirely on solar power. Furthermore, milk can be stored for up to two days, which enables individual farmers to sell more milk overall. This innovative cooling system provides an additional advantage during dry seasons. Traditionally, farmers would not feed their cattle more than necessary to keep costs down, but by collecting and storing their milk at the cooling unit, they are incentivised to feed their cattle throughout the year, enabling them to establish a stable income from milk production.
 |GBE financed=Small Projects Fund
 |GBE category produse=Productive Use