Representatives from governments, energy regulators and utilities from seven Southern African countries (South Africa, Zambia, Mauritius, Namibia, Botswana, Zimbabwe, Tanzania) will meet for a three days meeting in the Cape Town in the period 23 – 27 March, 2020.

Renewable Energy (RE) Net-Metering business models play an important role in increasing access to energy. The private sector investments in the RE technologies and business models deem to compensate insufficient investments of the national utilities and to overcome the shortage of electrical energy supply. The Energy Regulation Board (ERB) of Zambia is aiming to unlock a Net-Metering regulation in the country, with a support from the Increased Access to Electricity and Renewable Energy production (IAEREP) project, funded by the European Union.

The ERB and the National Energy Regulator South Africa (NERSA) agreed to organize an international exchange visit to learn about the current net-metering practice in the City of Cape Tow

The programme foresees a hands-on exchange between the representatives of public institutions and private sector (i.e. Prosumer, Developer and Finance). We are kindly asking for your support to link us with relevant individuals in Cape Town with experience as a Prosumer, Developer or a Financier. We hope to find candidates, which are open for such an exchange and interested to share their experience with the “REQUIREMENTS FOR SMALL-SCALE EMBEDDED GENERATION” regulation from the City of Cape Town.

We are looking forward to a call at the end of this week to discuss details of our cooperation and we will be happy to welcome a representative from your organization during this exchange.
Sincerely,
Kai W. Schröder
Lead Consultant, Renewable Energy
Enhancement of the Policy, Legal and Regulatory Environment and
Capacity Building for Renewable Energy and Energy Efficiency;
Increased Access to Electricity and Renewable Energy Production (IAEREP), EU-funded project
schroeder@celanx.com
Phone: +260 968 825 704
WhatsApp: +4915202901951

Generation of renewable energy will soon be open to many through the small-scale embedded generation process. National Energy Regulator of South Africa (Nersa) has proposed small-scale embedded generation and in particular regulation around netmetering, which would effectively see small-scale generators being able to sell energy, typically produced by rooftop or ground-mounted Photovoltaic systems, back into the grid.
The regulator says privately installed small-scale roof top solar is growing in South Africa.
According to a timeline in a Nersa consultation paper, published in February this year, the regulator should have published the regulatory rules of small scale embedded generation at the end of May. This has not happened. Instead, Nersa recently issued a notice saying it was awaiting the Department of Energy to draft the licensing regulations, which would provide a policy framework for the Nersa regulatory rules to be formulated and applied.

Read more.......

The National Energy Regulator (NERSA) is in the process of drafting the Small-Scale Embedded Generation: Regulatory Rules. However, prior to the decision, the Energy Regulator will embark on a due process involving stakeholder consultations. As part of this process, NERSA is requesting that stakeholders comment on the issues raised in this consultation paper. The consultation paper is broken down into sections relating to the key elements/components that make up the Small-Scale Embedded Generation.

See document here.....

Despite being excluded from the government’s Renewable Energy Independent Power Producer Procurement Programme (REIPPPP), the past year has seen a great increase in the number of private rooftop PV systems installed on residential and commercial/industrial premises at the cost of the owners, according to the National Energy Regulator of South Africa (NERSA) in a new discussion document.

Under the REIPPP, provision was made only for large and small scale solar PV greater than 5MW and 1MW respectively, effectively excluding most rooftop systems. However, with falling costs for PV systems and the abundance of solar irradiation, the levelized costs of energy (LCOE) for PV is very close to the average system price of electricity. [Engerati-CSIR’s Report Points to Financial Benefits of Renewables in South Africa]

Further growth can also be expected. The Integrated Resource Plan 2010–2030 calls for 9,770MW of solar PV capacity to be installed in South Africa by 2030, but estimates are that residential and commercial PV could reach as high as 22.5GW by that date. Further, under the IRP 2010, the overall contribution of new renewable energy generation should increase to 17,800MW by 2030 (42% of all new-build generation).

Given this growth, NERSA has initiated a consultation to formulate a position on qualifying principles and the technical and economic conditions for the installation of small-scale renewables in the country’s electricity supply industry.

Qualifying technologiesWhile the primary technology that will qualify is rooftop solar PV, other technologies could include wind, biomass, landfill gas, biogas and small-hydro.

Under the Renewable Energy Grid Code, the rated power must be less than 1MW and less than the installed capacity (rating) of the customer. The generator also must be connected to the distribution network of the utility or municipality for net metering.

The aim is that the amount of electricity produced by the system primarily offsets part of the host customer’s demand. NERSA proposes that systems designed to completely offset the energy demand of the customer shall not be allowed, and the customer must still remain a net importer over a 12-month billing period (although may be a net exporter in any month).

Impacts of small-scale renewablesNERSA identifies various impacts of small-scale renewables.

• On the system, the impacts would be an absence of contribution (without storage) to peak demand reduction, and a steeper early evening load pick-up (when consumers arrive home from work). This means that at higher penetration of the PV installations, it is likely that investment would be required into a ‘dispatchable’ flexible mid-merit or peaking generation with relatively faster ramp rate that can perform in a way that allows them to handle this rapid pickup, i.e. pumped storage and gas.

• On financials, the impact would be a loss of revenue to municipalities as the suppliers, estimated at between 3% and 15%, depending on the uptake. Possible measures that could be taken to mitigate this impact include a decoupling of the tariff, with an energy charge to cover Eskom charges and the use of a fixed charge to cover distribution costs. NERSA reviews tariff options including feed-in tariff and net metering, and asks distributors to propose which one is the best to choose and easy to implement.

• On customers, the impact is likely to be steadily increasing electricity prices. Users with this type of installation should be put on a time-of-use tariff to deter them shifting their load at specific times to export maximum power. There also should be limited energy as well as export tariffs for export to the grid. Indeed NERSA goes as far as to suggest there should almost be a disincentive tariff that would encourage users to include storage in their installations rather than to export back onto the grid. With storage, peak demand would go down, so that the users are almost going off grid and are therefore not incurring extra costs on behalf of other users.

NERSA is currently collecting comments on its discussion document and expects to conduct public hearings during April. Approval of the regulatory framework is expected in May.
More info.....

Source........

So is there an alternative to just waiting for Eskom to build more dirty polluting power plants?
Well actually there is!
A small number of pioneers have been testing out an alternative strategy right here in Cape Town. Foremost of these is David Lipschitz. David has proposed letting us generate the power needed for the the periods of demand right in our own homes.
Ok so it is not necesarily production, possibly more like storage, unless you add solar and wind energy generation into the mix. Which would be the next logical step, but no before going that far what we are talking about is allowing households to install inverter and battery arrays, which would charge during periods of low demand like most of the night when almost all our electricity production is wasted to the grid. Then allow these arrays to dispense electricity to the household during the periods of high demand and more importantly, as we need to identify a viable  financial model, dispense excess stored electricity back into the grid during these periods of high demand and let Eskom pay these households for the electricity dispensed back into the grid at an advantaged premium say two to one for electricity provided during demand periods.

This model would mean that if a household was willing to make the investment of a inverter battery array they could be compensated for assisting with load shedding at a household level and so over time either balance out the purchased  of their electricity or alternatively even repay their investment and possiblbly be motivated to extend their arrays to produce more high demand period electricity, thus enabling a viable loadshedding model that would not require rolling power failures or the need to build more power plants. 

If correctly incentivised the budget that would go towards building new power plants could rather be spent on incentivising households to extend their household inverter battery arrays with wind and solar units to actually charge the inverter battery arrays without the use of grid electricity during the day and so further increase national electricity production through a cleaner and more environmentally friendly and most important renewable manor.

The Government could also offer interest free (sponsored) lease programs to businesses and homeowners for the equipment, so that if they cannot afford the cost or even a loan to raise the funds needed they could possibly afford a monthly payment that might even be negated by the income they received for the electricity fed back into the grid.If need be to further reduce the cost on these systems because batteries are so expensive and have a limited life span the Gov could incentivise companies that could manufacture and rent out batteries taking back the old batteries to refurbish. 

Actually there are just so many business models around this that we might not even have thought of yet, but would inspire a whole new local industry and massive job creation opportunities for companies installing and maintaining these systems, so much more than any new power station could possibly hope to match!

This could even inspire a whole industry in SA that could become an export industry adding to GNP.

So isn't is time we petitioned our politicians to make a wiser and better informed decisions to improve our countries energy production!

Please support this petition if you agree:

http://www.avaaz.org/en/petition/South_African_Government_Level_the_Playing_fields_in_the_Electricity_Industry/?ciJGmbb


DetailsWritten by Super UserCategory: Community Heros

As we write, htxt.africa’s super-secret editorial compound has just been plunged into effective darkness thanks to loadshedding. It’s back, and it’s not going anywhere. (And we’re idiots for not having charged our UPS backups, we know.)
At times like this, we often ask ourselves the obvious question: why aren’t more South Africans off-grid and producing electricity for themselves? How come rain-soaked Germany can generate almost 7% of its annual power needs through rooftop solar panels, when sun drenched South Africa can’t?
And the answer we often come back to is simple: in many countries, and especially European ones, there are generous “feed-in tariffs” (FITs) through which national electricity suppliers are forced to pay home owners for every unit of electricity that they produce with their own renewables but don’t use. High FITs introduced in the UK in 2010, for example, provoked a boom in the solar industry a few years ago as regular consumers discovered they could actually make a profit over the lifetime of a photovoltaic generator on the roof.
Bet you didn’t know we have almost exactly the same set-up here in South Africa? Or at least, in one place in South Africa anyway.
Back in September, an office park in Observatory became the first customer of the City of Cape Town’s electricity department to legally sell surplus energy back into the grid. The 1.2MW Black River Park Solar Project switched on following two years of pilot programs devised by the city to see how a feed-in tariff would work in South Africa.

Read more.....

South Africa’s energy regulator is looking at a framework that would enable homes and businesses to receive credits for feeding surplus power they generate from rooftop solar panels back into the constrained electricity grid.

“There is growing interest from South African electricity customers to install rooftop photovoltaic systems in order to reduce their electricity bill and supplement their consumption,” the Pretoria-based National Energy Regulator of South Africa said in a draft discussion paper to formulate its position on principles, licensing and conditions for installation of small-scale renewable embedded generators. The document was published on its website and dated Dec. 10.

See also.....

The City of Cape Town has launched a set of guidelines and associated tariffs for small scale embedded energy generators with a generation capacity of less than 1MVA. Guidelines and tariffs have been compiled for commercial, industrial, and residential generators and are applicable for both renewable energy generation and co-generation. Small scale generators will be permitted to connect to the grid and in so doing be able to both import energy from and export a limited amount of energy onto the City’s grid, which they will be credited for.

Net consumers
Brian Jones Head of Green Energy at the City of Cape Town explains that the tariffs are only for small scale generators that are net consumers, i.e. they consume more from the grid than they put back onto the grid. “We are not looking for customers to generate more than they consume on average over the year, they must have purchased more over the year. We will be assisting net consumers, not net generators,” explains Jones. Consumers on the small scale embedded energy (SSEG) tariff will also not be permitted to sell or supply energy on to another user. The energy has to be consumed on site or exported onto the City of Cape Town’s grid. 

Requirements and application process

Only generators with a generation capacity of below 1MVA will be considered for the SSEG tariff. Evidence of a generation license will not need to be produced for connections of up to 1MVA. However, Jones adds that they will advise the National Energy Regulator of South Africa (NERSA) of all generators connected to the grid and it will then be up to the regulator to indicate if a generation license is required. Any small scale generator that wants to connect to Cape Town’s grid is required to complete a detailed application form and gain written approval from the City of Cape Town before connecting to the grid. The approval process includes getting permission from different City Departments, testing of the installation and ensuring that the equipment aligns with technical standards (The details of this process can be found in the Guidelines for Embedded Generationdocument). The guideline document separates consumers into residential, and commercial and industrial users.

Residential customers

Residential customers that want to be compensated for energy that they place on the grid will be required to move to the SSEG tariff structure and to have an industrial bi-directional AMI credit meter installed. The purchase and installation of this meter will be done by the City and will be for the generator’s account. The Residential small-scale embedded generation tariff comprises of the following charges which will be updated annually:

• A daily service charge of R13.03 for the use of the grid.
• An electricity consumption charge per kWh consumed. This is currently 109.17c per kWh.
• The rate per kWh at which the City will purchase excess generation. This is currently 49.72c per kWh and is exclusive of VAT. The City of Cape Town will credit the consumer’s electricity account in Rands (not kWh’s).

Residential generators that want to connect to the grid but do not wish to be compensated for energy placed on the grid can remain on their existing tariff structure but will be required to install a device which blocks reverse power flow. The City of Cape Town indicates that it will not permit existing meters to run backwards. 

Commercial and industrial customers

Like their residential counterparts, commercial and industrial customers that want to connect to the grid and feed energy back on to the grid will be required to install an industrial bi-directional AMI credit metre, which will be for the customer’s account. Again, commercial and industrial generators that want to connect to the grid but don’t want to be compensated for energy that they place on the grid will be required to install a device which blocks reverse power flow. Commercial and industrial prepayment customers will be required to be on a tariff that has a daily service charge and they will be credited at the same rate that residential consumers will be credited, explains Jones. The energy credit tariff is based on an estimation of what the City would have on average paid Eskom for the energy. VAT will only be paid out to registered VAT vendors.

The first contract signed

The City of Cape Town signed its first two contracts with small scale embedded commercial generator, Black River Park on the 23rd of September 2014. Black River Park is an office park spanning two separate erven that has installed two independent solar PV plants on its rooftops (950kWp and 252kWp) which generate electricity for its office use. Black River Park will now be able to export energy that it does not use onto the City of Cape Town’s grid and be credited for this.

Documents available online

The guideline document, application form, and contract for both residential, and commercial and industrial users, is available on the City of Cape Town websitefor downloading.

Small scale alternative energy generators – yes that includes you and I with solar PV on the roof – will finally be able to feed our excess energy back into the grid and get paid for it by the City of Cape Town!

The City of Cape Town has set itself a target of sourcing 10% of its electricity from renewable energy resources by 2020 and the roll-out of the small-scale embedded generation tariff supports this goal.

‘Simply put, those residents and businesses that generate their own electricity through alternative renewable energy resources will soon have the option of feeding a limited amount of surplus generation back into the grid, for which there will be an off-set against their electricity accounts,’ said the City’s Executive Mayor, Patricia de Lille.

Read more.....