Information on a joint Agricultural and Renewable Energies Program at Sandfontein Farm, Bonnievale Bonnievale Solar Farm

Similar documents
AFRICA. Transforming Africa s energy landscape today

Our Activities, Our Commitment

EXECUTIVE SUMMARY 1. INTRODUCTION

NERSA Public Participation Process Klipheuwel Dassiesfontein Wind Energy Facility March 1, 2012

The Jeffreys Bay Wind Farm

CONTENTS 2. PROJECT DESCRIPTION NEED FOR THE PROJECT ABOUT THE PROPONENT SITE SELECTION OVERVIEW OF THE PROJECT 2 5

Nxuba Wind Farm NERSA PUBLIC HEARINGS. 10 September 2015

NERSA Public Hearing Dyason s Klip 1 (Pty) Ltd

Soetwater Wind Farm NERSA PUBLIC HEARINGS. 09 September 2015

Steps in Building a Wind Farm

NERSA Public Hearing InnoWind / IDC Round 2 Projects

The Uilenkraal Bio-gas Power Generation Plant

BOLAND ENVIRONMENTAL CONSULTANTS CC

BIOMASS POWER PLANT NEAR MKUZE, KWAZULU-NATAL

Renewable Energy in South Africa Resources and Opportunities STIAS Energy Workshop 5 March2013 Stellenbosch

ESP ENERGY SYSTEM PLANNING (PTY) LTD COMPANY EXPERIENCE (PROJECTS) Cons ulting Group

Garob Wind Farm. NERSA Hearings Port Elizabeth 10 September NERSA Hearing

Photovoltaic Power Generation Facility, Prieska EXECUTIVE SUMMARY

South African Mainstream Renewable Jeffreys Bay Pty Ltd

ENVIRONMENTAL IMPACT ASSESSMENT PROCESS PROPOSED CONCENTRATING SOLAR POWER (CSP) PLANT AND ASSOCIATED INFRASTRUCTURE IN THE NORTHERN CAPE AREA

PV AND OTHER RENEWABLES THE FINANCIAL ADVANTAGE

SOCIAL IMPACT ASSESSMENT FOR

Background Information Document and Invitation to Comment

Annex B2.3. Background Information Document

South African IPP Procurement Programme. December 2016

SOUTH AFRICA POWER MARKET OUTLOOK TO MARKET TRENDS, REGULATIONS AND COMPETITIVE LANDSCAPE

OVERVIEW OF MUNICIPAL ROOFTOP PV INSTALLATION. Local Government Energy Support NETWORK MEETING October 2014

IDYLWILDE PROJECT FEMA REIMBURSEMENT & POSSIBLE SOLAR PROJECT LOVELAND UTILITIES COMMISSION. July 16, 2014

The Ultimate Goal of the Ministry of Energy

Community Efficient and Renewable Energy Workshop. August 27, 2013 West Union, Iowa by Thomas A. Wind, PE Wind Utility Consulting, PC Jamaica, Iowa

South African Mainstream Renewable Power De Aar PV Pty Ltd

Getting Community Wind Off the Ground by Thomas A. Wind, PE Wind Utility Consulting, PC Jefferson, Iowa

Central Solar PV System

Press Release Bad Vilbel, 4. February 2013

COMMUNITY ENERGY PARTNERSHIPS. Power your life green.

VGB Kongress Will African Electricity Contribute to Sufficient High Security of Supply in the European Power System?

Large-scale rollout of Concentrating Solar Power in South Africa

How to stimulate the South African rooftop PV market without putting municipalities financial stability at risk A Net Feed-in Tariff proposal

Manufacturing Opportunities in the Ontario Wind Industry

Local Government action to promote renewable energy. Crispian Olver May 2008

BRYPAAL SOLAR POWER (PV) PROJECT AND ASSOCIATED INFRASTRUCTURE

Dose reduction initiatives at the Koeberg Nuclear Power Station ISOE ALARA Symposium. Marc Maree Corporate Specialist (Radiation Protection)

Evan Rice CEO GreenCape South Africa. Towards a GreenTech SEZ in Atlantis: Manufacturing opportunities for development of local capacity

108+ MW Wind Energy Farm in NE Colorado In Logan County, Colorado

Positioning Nelson Mandela Bay for Renewable Energy Manufacturing Opportunities

Renewable Energy & Energy Efficiency in Egypt

Project: SAMSET Supporting Sub-Saharan African Municipalities with Sustainable Energy Transitions CASE STUDY

Renewable Energy Zones for the Africa Clean Energy Corridor

CHAPTER 11. Community energy generation Community energy generation 11.1 Renewable energy options 11.2 Community financing CASE STUDIES

ENVIRONMENTAL IMPACT ASSESSMENT: PROPOSED PHOTOVOLTAIC ENERGY PLANT ON FARM KLIPGATS PAN NEAR COPPERTON, NORTHERN CAPE

Wind Energy in Alberta and Canada. Synergy Alberta Conference 2010 David Huggill, Western Canada Policy Manager, CanWEA October 26, 2010

COMMENT AND RESPONSE REPORT (CRR) VERSION 2

Belfast, Maine Friday, October 18, 2013

Alessandro Bragantini Chief Operating Officer Building Energy S.p.A. Italy

Presented by Ouidad HAMROUR KEROUANI POWERING AFRICA SUMMIT WASHINGTON 9-10 MARCH 2017

1 The International Space Station (ISS) has several solar panels called wings. The wings convert energy from the Sun into a form useful in the ISS.

GreenCape Sector Development Agency

Case Study: Grid Parity Analysis of a PV- BESS Hybrid. 23/10/2018 Doreen Kanetey-Essel (Msc. Eng.)

ELECTRICITY SUPPLY INDUSTRY OF SOUTH AFRICA

Renewable energies in China A market study on the wind and solar energy sectors

The Greening of Energy. Eskom s role in the Renewables Industry in South Africa

Energy self-sufficient village Feldheim, district of the town of Treuenbrietzen in Potsdam-Mittelmark

NOTICE OF INTENT. 2. This notification should be submitted not less than 14 days prior to initiating the basic assessment process.

ELECTRICITY SECTOR 1

A PV, diesel, ESS hybrid case study: The DeGrussa solar project

Fig. 1: Installed capacity of small to medium scale solar PV in different parts of the World [1, 2]

A E Solution Utility & Municipal Energy Services. Reg no 2007/ /07

Renewable Energy in Egypt Ehab Ismail Amin New and Renewable Energy Authority

WIND ENERGY FACILITY AND ASSOCIATED INFRASTRUCTURE. COMMENTS AND RESPONSE REPORT: I&APs & STAKEHOLDERS EIA Phase

Key Wind Energy Terms

The German solar rooftop experience Applicability in the Indian context. Indo-German Development Cooperation June 7 th, 2016

7 Project Description

Additional Information on Project Components

REGULATORY FRAMEWORK FOR ELECTRICITY IN EGYPT WITH EMPHASIS ON WIND ENERGY

D-1. SOUTH PEACE EAST AND WEST SOP PROJECTS PATRICK HENN, DEVELOPMENT MANAGER PRRD Board of Directors Meeting, April

BRE: Feed in tariff update Jonny Williams BRE Wales and South West. Part of the BRE Trust

ESD 28 th Annual Solid Waste Technical Conference

APPLICATION FOR A GENERATOR AND A SUPPLY CONNECTION AT THE SAME POINT OF SUPPLY TO THE ESKOM NETWORK. Revision September 13 July 2016

OZ Minerals Power Strategy Securing current assets, enabling future growth

Costs of Renewables in Pacific Island Countries (PICs)

Quantifying the capital requirement: 19% RE by 2030

Why Community-Based?

Wild Horse Solar Photovoltaic Project

Energy Generation, Transmission and Distribution (GTD) Mr. André Luís Rodrigues

Egyptian Renewable Energy plan

Energy Policy 2012 Annual Update

Renewable Energy Feasibility Study for Ione Band of Miwok Indians

Potential Pumped Hydroelectric Energy Storage Sites in Colorado

WIGTON WINDFARM LIMITED Climate Change Adaptation and Disaster Risk Reduction (CCADRR) Project Public Awareness Campaign and Celebration of World

NIAGARA REGION WIND FARM. By Hugues Girardin and Michael Weidemann. ENERCON Forum 2016 The Global Energy Revolution November 16, 2016

Welcome To The Public Open House For The Wainfleet Wind Energy Project August 24, 2010

18 WIND ENERGY PROJECTS RECEIVE $2.66 MILLION IN GRANTS FROM MASSACHUSETTS CLEAN ENERGY CENTER

Strategic Environmental Assessments (SEAs) for large scale infrastructure projects

August. RE Capital 11 (Pty) Ltd. Solar farm development. August. Scoping Engineering Report

Technical considerations for integration of distributed renewables on the grid

TB Flats and Ekola Flats Wind Projects

Welcome Dry Lake II Wind Power Project

BC Hydro Wind Data Study Update

EIA FOR THREE 10MW PHOTOVOLTAIC (SOLAR) ENERGY FACILITIES PROPOSED FOR MARIENTAL, OMARURU AND OKAHANDJA BACKROUND INFORMATION DOCUMENT

GIZ Municipal Solar PV Training Solar Procurement For Local Government

Transcription:

Information on a joint Agricultural and Renewable Energies Program at Sandfontein Farm, Bonnievale Bonnievale Solar Farm Overview This proposal describes the concept of a joint agricultural and renewable energies (RE) farm development on an emerging farm in the Breede River valley of the Western Cape Province of South Africa, developed by the owner, the Ashton Small Scale Farmers Trust (ASSFT) and a consortium of experienced small and medium sized German RE companies, in collaboration with the NGO TCOE (Trust for Community Outreach & Education) in Cape Town. TCOE works with all its affiliates for the empowerment of small scale farmers, the return of the land to its rightful owners and other political aims like food sovereignty etc. www.tcoe.org.za The general idea is to develop the farm with suitable agricultural means in order to achieve a self-sustaining entity in the agriculture business. This project frame is being developed since quite some years now by TCOE. Parts of the needed investment funds in the midterm will be accomplished through a solar project. Initially, the farm will be equipped with appr. 75 MW of solar capacity. Later, an assessment for 20 MW of wind energy capacity will be executed. Each proposed project will be incorporated into an individual company within the legal structure of South Africa. The RE projects base on the current South African RE policies and the need to develop new strategies to secure and renew the agricultural structure of the country. They are intended to deliver solutions for the energy as well as for the agricultural industry and at the same time also create jobs in both sectors. During the operations phase of the RE component an operating company for all locations has to be set up. This company will employ among others electricians, monitoring specialists, accountants, security personnel. Also, a maintenance and repair group has to be established, employees have to be recruited locally and trained in South Africa and sometimes at the manufacturer s sites outside S. A. The integrated approach of the project is actually a risk management tool, as it answers many concerns raised by relevant authorities and stakeholders in advance. As an example, the co-farming approach, i.e. a concept incorporating the traditional agricultural activities of the landowners, is supported through the lease income generated from the solar farm. Participating Companies / Organizations IPD Power (Pty) Ltd. is a south African company owned by German RE companies and investors. It has been approached by TCOE, a Cape Town based NGO, in order to investigate on the feasibility to implement solar and / or wind projects on the farm of a small scale emerging farmers community. The farm belongs to the Ashton Small Scale Framers Trust (ASSFT). This trust owns a 1,080 ha farm called Sandfontein south of Bonnievale and has asked IPD Power for support of its main business agriculture through additional income from RE operations. Page 1

Share Structure In return for the land to be used for the RE installations roughly 150 ha on the north-facing slopes of the hills on the farm for solar and ca. 2 ha for the wind turbines footprint the ASSFT will receive 10 % of the shares of the RE companies involved. The generated income, initially 10 % of the net profit, will be raised every year after the 7 th year by 1 percentage point. The earnings are paid into a separate trust, supervised by members of the ASSFT and NGOs and are being used for investment into agricultural activities. Proposed Site The farm is well suited for both solar and wind installations, since it comprises a relatively flat area in the northern part and a steep, north-facing mountain slope in the south. A 132 kv ESKOM transmission line runs directly through the farm, another line is a few km north of the farm which makes access to and feed-in of electricity into the grid very easy and cost-effective. The farm is very well suited to develop a combined RE / agricultural concept, i.e. using community farmland for RE production and thus, as a by-product, supporting the community in its main, agricultural business through the proceedings of the landleases. Timeframe The urgent initial step is to assess the potential for solar energy. In order to achieve this, we have already collected public domain data. We also set up a project company (SPV), Bonnievale Solar Farm (Pty) Ltd. The aim of these information sheets is to provide the background for an investment into the development phase of this solar project on the Sandfontein farm and to finally develop that site into a socially owned, community based RE project. The results show sufficient potential for RE solar farm production, therefore: Land lease agreements with the landowning co-op have been concluded Solar radiation assessment done: ca. 1,700,000 kwhrs / year / MW installed Basic Environmental Impact Assessment (EIA): March to appr. October 2015 Assessment of Grid Capacity and Connection (in collaboration with ESKOM): Mid 2015 Legal Framework and Government Approvals: until January 2016 Participation in DoE REIPPP Tender: 2016 Power Purchase Agreements (PPA): as soon as selected as preferred bidder Financial Closing: 2016 Start of Construction: 2017 First Electricity Generation: end of 2017 Page 2

Finance Model Development Phase The total development costs are calculated at less than R 2 Million for the solar farm. The main cost components of the development phase include Solar Measurement and Assessment (already done) Environmental Impact Assessment - EIA Grid Connection Planning, ESKOM Grid Connection Letter Management of Development Phase Constant Exchange with and Support of Co-op A detailed breakdown of the costs is available. Construction Phase The construction costs will be approximately R 1050 Million for the solar farm (R 14 Million per MW turnkey - this sum includes a startup component per MW for the agricultural component of the program) Operations Phase The payback of the RE project is estimated at appr. 8 years. A detailed 20-year calculation on the project indicate a return of appr. 11 % for the solar project on the investment. We aim to operate at a kwh-price below R 0.90. Project Data The basic parameters for the projects are Co-ordinates: 34 02 05 S 20 01 47 E Connection of the Project: to Eskom Distribution System via a 132 kv line Distributor: Eskom Holdings Limited and Robertson Municipal Distribution System Co-ordinates of the nearest Substation: McGregor Sub-Station (132 kv) at 33 58 22 S 19 48 24 E Solar project: appr. 2.0 ha / MW installed; single units with trackers (CPV, ca. 30% more efficient) or built-up units in a row facing north; between the installations cattle ranching (i.e. goats) is still possible. Weight of solar installation: appr. 100 kg / kw installed, incl. aluminium structure, excl. concrete foundation; each module / panel unit delivers appr. 250 to 300 kwp, so appr. 4 modules / panels are needed for 1 kw. Page 3

Contacts: Dipl. Geol. Thomas Siepelmeyer Director Bonnievale Solar Farm (Pty) Ltd., CEO IPD Power (Pty) Ltd. Mobile +27 79 868 1635 epupa@web.de Maishe Maponya Director IPD Power (Pty) Ltd. Mobile +27 72 485 0662 maishe.m@ipd-power.co.za 19 Kent Street Salt Circle Bldg., Unit 407 Woodstock 7925 Phone +27 21 448 6798 Mercia Andrews Director TCOE, Director Bonnievale Solar Farm (Pty) Ltd. mercia@tcoe.org.za Boyce Tom, TCOE boyce@tcoe.org.za Telephone Number: (021) 6853033 Fax Number: (021) 6853087 36 Durban Road Mowbray 7700 Page 4

Attachment: Farm Map * The green line represents the 132KV ESKOM power line which can be used for feeding in the produced electricity. ** The north-facing parts of the mountain ridge south of the power line are very suitable for the installation of solar panels. The turbines can be placed on the hilltops of the northern part of the farm. Disclaimer: This document serves as initial information for potential investors of the a.m. projects. It is based on the knowledge of the persons responsible for preparing it at the time of preparation. Their analyses and conclusions are general in nature and do not take into account the individual needs of investors in terms of earnings, taxation and risk appetite. Please note that investments of that kind entail risks in addition to the opportunities presented here. The value of the projects may rise or fall. Changes in exchange rates can also have a positive or negative effect on the value of an investment into the projects. For this reason, you may receive less than your originally invested amount when you redeem your share in the projects. Page 5