S9 Hermann Herz (Giz) - ComSolar in Urban and Industrial Areas

ComSolar:Commercialisation of Solar Energy in Urban and

Industrial Areas

Hermann HerzIndo-German Energy Programme (IGEN)

© GIZ, Herz , Sept 2011 [email protected]

Workshop on Solar Energy ans Smart Grid DevelopmentJodhpur, 14th September 2011

Ministry of New and Renewable EnergyGovernment of India

Overview


Introduction to GIZ- IGEN

ComSolar Overview

Challenges and Opportunities in Commercialisation of Solar Energy in Urban and Industrial Areas.

Solar application in industries - Study.

Pilot project and implementations

German Development Service

German Technical Cooperation

Capacity Building International, Germany© GIZ, Herz , Sept 2011 [email protected]

Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH

since January 1st, 2011:

4 October 2011Slide Number 4RE Projects – An Overview

EE in thermal Power plants

) Energy Efficiency (EE)

Ministry of Power (BEE/CEA)

Implementation of Energy Conservation Act

Indo-German Energy-Forum (IGEF)MoP (CEA, BEE), MNRE

BMWi, BMZ, BMU, (BMBF, AA, BMVBS)

Capacity develop-ment for EE for state designated agencies

Excellence Enhancement Center

support

support

Indo-German Energy Programme (IGEN)

Renewable Energy (RE) Ministry of New and Renewable Energy (MNRE)

Commercialisation of Solar Energy in Urban and Industrial Areas (ComSolar) BMU(12/2009- 12/2013)

Renewable Energy Supply for Rural Areas (RESRA)

BMU(10/2008- 10/2011)

IGEN-Renewable Energy Component

BMZ (10/2009- 09/2013)

IGEN-Renewable Energy Component

BMZ (10/2009- 09/2013)

Industrial / urbanRural / poverty focused

SolMap-Solar Mapping and Monitoring

BMU(11/2010- 02/2014)

Trigeneration (TRIGEN)

Support and Permanent office IGEF

Clean Development Mechanism CDM

Indo-German Energy Symposium

IGEF Sub-Group 2: “Decentraliseddistributed generation, based on biomass and other renewable”

Rural Biomass-based electricityPPP Envitec/ MPPL2011-2013

Rural Biomass-based electricityPPP Envitec/ MPPL2011-2013


Main objective of the project:To develop and demonstrate commercially viable models for commercialisation of solar energy in urban and industrial areas developed and tested through pilot projects.

ComSolar: Commercialisation of Solar Energy in Urban and Industrial Areas


• Roof top PV (diesel replacement, captive power and selling to the grid).

• Solar assisted heating and cooling• Integrated solar energy application with energy efficiency.

Buildings

• Low/high temperature process heat (<100 C), solar preheating and drying

• Solar assisted cooling• PV systems to substitute DG captive power and for grid

connection• Customer tailored solar application with energy efficiency

improvement of the production process

Industries

• Reduction of manufacturing cost for major components of solar thermal power plants

• Efficiency improvements and testing of major components for thermal power generation

Solar thermal power

generation

Target groups


Energy Consumption in Industries

India's total primary energy requirement - 400 MtOe52% from coal.

34% of primary energy is consumed by Industries leading to

22% of direct GHG emissions (406 MteCo2) (+15% throughindirect electr. Consumtion)

GHG emissions by sector in 2007 (million tons of CO2 eq). MoEF, 2009,© GIZ, Herz , Sept 2011 [email protected]

Study: Industrial Sectors promising for commercialisationof Solar EnergyStep 1: Identifying industrial sectors promising for commercialization of solar energy in the country

Step 2: Solar technology and industrial application mapping

Step 3: Prioritizing pilot project

Step 4: Investment requirements and cost-benefit analysis

Step 5: Market and replication potential for scaling up pilot projects

•Energy Intensive Sectors

35 Industrial Sectors

•Solar Potential• Energy Intensive Sectors

25 Industrial Sectors • Saving Potential

• Most Promising Sectors


• Feasible Sectors for demonstration projects


Key Parameters

Pre-feasibilityMarket Research


* Electroplating* Food processing* Pharmaceutical* Pulp and Paper* Textile sectors

Implementation Strategy


1. Awareness workshops for selected sectors to disseminate results of sector study and create interest for implementation of solar technologies.

Next Steps- Pilot implementation

• 3-4 Regional Workshops• Involve Ministry of Textile and Textile associations Textile

• National level event with key players• Involve Ministry of Pharmacy and Pharmaxil, IDMA,

IPA,GIZ’s ASEM programmePharmaceutical

• One national and 1-2 regional workshops• Indian Paper Manufacturers Association etcPaper and Pulp

• 2-3 workshops at cluster level• Involve local industry association and MSMEElectroplating

• Workshops both cluster and central level• Food associations and clusters

Food Processing


• Detailed energy audit.• System design.• Techno-economic analysis • DPR, development of specifications.

System Design

• Evaluating offers from manufactures.• Accessing MNRE support.Implementation

• Monitoring system performance for at least 1 year.• Develop best practice case studies.• Dissemination through events, publications, internet etc.

Monitoring and

publicizing

Project support


2. Screening of Industries: Screen interested industries to takeout units where solar applications are not possible due technical reasons such as energy demand, production patterns, area availability etc.

3. Prefeasibility Analysis: Invite basic data for prefeasibility analysis (application form) identifying potential, technology, broad sizing of system, savings and economic analysis (about 10-20 units per sector).

4. Energy Audit and design of system: Through selected consultant carry out technical and economic feasibility studies of selected industries. Develop proposals for MNRE support, content structure to meet MNRE guidelines.

5. Present results to the owners/ management of respective industries to secure their buy in and commitment for funding.


Next Steps: Solar application in industries (ctd.)

6. Proposals submitted to a joint MNRE-GIZ committee- Technical evaluation as per MNRE’s pre-requisites and conditions. Selection of 1-2 projects per sector based on the ComSolar project key considerations i.e. innovation and commercial viability, high replication potential and commitment of the industry

7. Finalization of partner industry for implementation and signing of MoU.

8. Detailed Engineering: Carry out, system design, detailed engineering, specifications for tenders, cost estimates etc. and handhold them in submission of application to MNRE.

9. Project implementation and monitoring: Monitor and document the performance & practices for replication in the similar sector.

Next Steps: Solar application in industries (ctd.)


Thank you for your attention!

Dr Hermann HerzDeputy Director,Indo-German Energy Programme (IGEN)[email protected]

Documents

S9 Hermann Herz (Giz) - ComSolar in Urban and Industrial Areas