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CASE STUDY RURAL ELECTRIFICATION CASA DE LA MUJER - SARRAPIA, COLOMBIA “TROJAN BATTERY PROVIDED THE DURABLE, LONG LASTING ENERGY STORAGE REQUIRED FOR THIS SELF-CONTAINED PV SYSTEM TO WORK PROPERLY WHILE AVOIDING THE NEED TO USE DIESEL. WITH THEIR ROBUST DESIGN AND DOUBLE CASING, TROJAN’S SOLAR INDUSTRIAL BATTERIES SAFELY SHIPPED TO THIS REMOTE LOCATION AND FIT PERFECTLY IN THE OFF-GRID SYSTEM.” DANIEL MEDINA OWNER AND FOUNDER OF HEMEVA S.A.S. Sarrapia, Colombia, South America LOCATION Provide reliable and continuous power supply during the working day through off-grid electrification. CHALLENGE PV system provides electric operation of sewing and production machines by replacing diesel power. SOLUTION Development of a sustainable textile factory that no longer requires diesel consumption. OUTCOME 8 SIND 06 1225 BATTERIES —— PROVIDE POWER TO OFF-GRID TEXTILE FACTORY —— BATTERY REPLACEMENT SCHEDULED AFTER 12 YEARS

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Page 1: RURAL ELECTRIFICATION · CASE STUDY RURAL ELECTRIFICATION ... REMOTE LOCATION AND FIT PERFECTLY IN THE OFF-GRID SYSTEM.” DANIEL MEDINA OWNER AND FOUNDER OF HEMEVA S.A.S. Sarrapia,

C A S E S T U D Y

RURAL ELECTRIFICATION� C A S A D E L A M U J E R - S A R R A P I A , CO LO M B I A

“TROJAN BATTERY PROVIDED THE DURABLE, LONG LASTING ENERGY STORAGE REQUIRED FOR THIS SELF-CONTAINED PV SYSTEM TO WORK PROPERLY WHILE AVOIDING THE NEED TO USE DIESEL. WITH THEIR ROBUST DESIGN AND DOUBLE CASING, TROJAN’S SOLAR INDUSTRIAL BATTERIES SAFELY SHIPPED TO THIS REMOTE LOCATION AND FIT PERFECTLY IN THE OFF-GRID SYSTEM.”

DANIEL MEDINA � OWNER AND FOUNDER OF HEMEVA S. A .S.

Sarrapia, Colombia, South America

� LOCATION

Provide reliable and continuous power supply during the working day through off-grid electrification.

� CHALLENGE

PV system provides electric operation of sewing and production machines by replacing diesel power.

� SOLUTION

Development of a sustainable textile factory that no longer requires diesel consumption.

� OUTCOME

8 SIND 06 1225 BAT TERIES——

PROVIDE POWER TO OFF-GRID TE X TILE FACTORY

——BAT TERY REPL ACEMENT

SCHEDULED AF TER 12 YE ARS

Page 2: RURAL ELECTRIFICATION · CASE STUDY RURAL ELECTRIFICATION ... REMOTE LOCATION AND FIT PERFECTLY IN THE OFF-GRID SYSTEM.” DANIEL MEDINA OWNER AND FOUNDER OF HEMEVA S.A.S. Sarrapia,

800.423.6569 +1.562.236.3000

T R O J A N B A T T E R Y . C O M

B A T T E R Y S O L U T I O N

2

PARTNERS

� 17+ Year Life Span

� Withstands Harsh Conditions

� Lowest Levelized Cost of Energy

R U R A L E L E C T R I F I C A T I O N / C A S A D E L A M U J E R - S A R R A P I A , C O L O M B I AC A S E S T U D Y

LOCATION

The small textile factory, "Casa de la Mujer - Chejuru", in the Selva del Mataven Unified Indigenous Reservoir (composed of 92 communities). The factory is only accessible by boat during the winter when the water level in the rivers are high enough for transporting goods.

CHALLENGE

During summer, the supply of diesel is scarce and it is impossible to generate electricity, even for a few hours, in this remote location. For sustainable development of these areas, Colombia's government has launched the initiative “Plan Fronteras para la Prosperidad,” led by the Ministry of Foreign Affairs. The goal is to encourage the development of income-generating companies and create a financially sustainable solution over time. This is achieved by providing a reliable and continuous power supply to the factory during the working day using off-grid electrification.

SOLUTION

The 7 kWp PV system at "Casa de la Mujer – Chejuru" provides a reliable and stable energy supply to power the operation of 25 sewing machines and two filleting machines to produce, market and sell clothing to the local population. The Alliance for Rural Electrification awarded this project site an ARE Award in 2019 for outstanding achievement in a developing country.

OUTCOME

Project sustainability was achieved through the commercialization of the clothing produced and sold to nearby communities and the sharing of produced electricity with an adjacent company.

SYSTEM SPECIFICATIONS

� Batteries: (8) Trojan SIND 06 1225, 1,225Ah @ C100-Hr, deep-cycle, advanced lead-acid with Smart CarbonTM

� Battery Life: 17 years (per IEC 61427)

� Solar System Capacity: 7 KWp

� Battery Bank Configuration: 48V

� Solar Modules: (22) 320Wp ETSolar modules

� Inverter-chargers: (1) XTH 6000-48-01 STUDER inverter/charger

� Controller: VS-120 STUDER solar controller

� Battery Monitor/Display: (1) BSP 500 STUDER monitor / (1) RCC-03 STUDER display

� Total Microgrid, Installed: 1

� System Integrator: Hemeva S.A.S.

© 2019 Trojan Battery Company, LLC. All rights reserved. Trojan Battery Company is not liable for damages that may result from any information provided in or omitted from this publication, under any circumstances. Trojan Battery Company reserves the right to make adjustments to this publication at any time, without notice or obligation.

For More Information / www.trojanbattery.com / www.hemeva.com / www.studer-innotec.com/en

Trojan Battery Company / 10375 Slusher Drive, Santa Fe Springs, CA 90670, USA

Email / marketing@trojanbat ter y.com

Trojan batteries are available worldwide and backed by outstanding technical support provided by full-time application engineers.

RE_CS_CasaDeMujer_041119

www.hemeva.com

www.studer-innotec.com/en/