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Welbar Energy Storage three way partnership – made up of Penso Energy and Luminous Energy – has secured planning permission for a 350MW connection capability battery storage growth with a five-hour period within the UK.

The mission in Hams Corridor, North Warwickshire, contains approval for greater than 1,750MWh of battery storage, with the lithium-ion battery asset having scope for greater than 5 hours of period.

Penso Energy mentioned it’s going to present a broad vary of companies to assist Britain’s electrical energy grid, together with the potential to offer longer period companies.

A report from Aurora Energy Research in February suggests as much as 24GW of Lengthy Period Energy Storage shall be wanted by 2035 to permit the grid to fully decarbonise. The necessity to develop inside this sector is gaining rising consideration, together with the Department of Business, Energy and Industrial Strategy unveiling nearly £7 million in funding to assist its growth earlier this 12 months.

Talking to our sister web site {Solar} Energy Portal just lately, Richard Thwaites, CEO of Penso Energy mentioned: “So with our mannequin, we positively see a scale good thing about bigger tasks. That’s on connection prices, deployment prices, procurement, additionally ongoing operations and choices for routes to market. So we expect massive tasks make much more sense from a monetary standpoint.”

Hams Corridor – which sits east of Birmingham and near the M6 Toll – is a part of a greater than 3GWh pipeline of tasks being funded by global maritime group BW Group, following an settlement introduced by Penso Energy in October 2021.

Penso Energy, Luminous Energy and BW Group will all turn into joint shareholders within the growth of the Hams Corridor mission, with the previous additionally overseeing it when it turns into operational.

“Now greater than ever the UK must take again management over its energy provide,” mentioned David Bryson of Luminous Energy.

“Energy storage is vital in supplying reasonably priced, clear energy, whereas additionally enhancing the UK’s grid reliability. This mission, certainly one of a pipeline now we have in growth, may even contribute financially to sustainable and green initiatives domestically.”

Penso Energy has beforehand developed the 100MW Minety battery energy storage system (BESS), which entered into full operation in July 2021. The location consists of two 50MW batteries, with plans in place to expand the site by a further 50MW.

The corporate is trying to proceed to focus on bigger scale, longer period battery energy storage going forwards.

“I’m amazed that we’re nonetheless seeing one hour period tasks, seeing them going into planning. I can’t see why somebody would do a one hour period mission. It’s so limiting by way of what you are able to do with it,” added Thwaites.

Luminous Energy in the meantime specialises within the growth of large-scale {solar} and battery energy storage tasks, having introduced over 1GW of tasks to market throughout 4 continents. This contains various tasks within the UK, such because the Llwyndyrus solar farm in Wales which it offered to Blackfinch Energy in 2019.

This story first appeared on Solar Power Portal.

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‘good availability of products’ despite high demand



enphase energy

Microinverter and residential energy storage system provider Enphase Energy has “comparatively good availability” of its merchandise regardless of excessive demand within the present provide chain setting, its advertising director for Europe instructed Energy-Storage.information.

In response to a query about provide chain points throughout an interview at Electrical Energy Storage (EES) / Intersolar Munich final week, Peter Halmans, advertising director Europe mentioned: “Though the demand for our merchandise is extraordinarily excessive, we nonetheless have comparatively good availability of our merchandise. We’ve got grow to be specialists in planning very properly and due to that thorough planning, we’re ready really to produce our prospects at this second with what they want within the markets. We lately introduced we’ll open a manufacturing facility in Romania too to make sure we’re even nearer to our prospects.”

That’s to not say the corporate isn’t feeling provide chain constraints, as its CEO Badri Kothandaraman mentioned when it released its strong Q4 2021 results, which noticed IQ battery orders soar 53%.

“Our lead instances for batteries are nonetheless lengthy right this moment at roughly 14 to 16 weeks primarily as a result of logistics challenges, that are world,” Kothandaraman mentioned whereas discussing outcomes with analysts in February.

The corporate, which primarily sells microinverters that convert DC energy from {solar} PV panels to usable AC energy for houses, launched an energy storage system in 2015. See’ interview with its co-founder at the time.

When requested why going into storage made sense for Enphase, Halmans mentioned: “We’re on the highway to turning into an organization that’s robust in managing the energy of houses. So we assist customers to switch sunshine, for instance, into usable energy for the home. And it’s logical that you just need to do one thing with that energy supply, proper? You need to retailer it someplace and reuse it the second you actually need it. In order that’s why the batteries have been a logical subsequent step for us.  

“It’s additionally the subsequent step to including different functionalities to our portfolio and to our cloud-based resolution which is able to allow customers to handle their households’ energy, and to be a number one firm within the electrification of households. We’re extraordinarily centered on residential storage with perhaps a little bit of small industrial, and our prospects love that focus.”

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Europe needs a ‘massive rollout’ of energy storage



Europe needs a ‘massive rollout’ of energy storage

Europe’s policymakers seem to have a blind spot in relation to energy storage and its position within the transition away from fossil fuels.

Whereas local weather change stays the main existential disaster of our occasions, there’s additionally a right away disaster dealing with the European Union’s energy sector: its reliance on Russian fossil gas imports.

REPower EU, the coverage technique which largely targets the top of dependence on Russia for fuels and has been within the making since March following Russia’s invasion of Ukraine, was published in its draft form yesterday by the Union.

In contrast to a leaked version of the draft which Energy-Storage.information was capable of see final week, the proposal does embrace some specific point out of the position of energy storage, as famous in our protection.

Nevertheless, it’s prone to nonetheless fall brief in ambition, given the vagueness of its therapy of the varied applied sciences – it says the EU recognises the significance of electrical energy storage and can encourage its growth, for instance, however doesn’t go into specifics in the best way that it does for say, {solar} PV or hydrogen.

We hear from Patrick Clerens, secretary common of the European Affiliation for Storage of Energy (EASE), a tireless and longstanding advocate for energy storage in all its types, why a coherent technique to allow a large rollout of energy storage is required to allow the speedy progress of renewable energy.

As famous in our information story final week, EASE and its members have modelled the necessity for energy storage within the European system and found that 190GW will be required by 2030, equal to 14GW a 12 months of latest installations, in a market that put in lower than a gigawatt throughout 2021.

It must be mentioned that finally week’s ees Europe commerce occasion in Munich, Germany, and in wider conversations with numerous trade specialists and contributors, Energy-Storage.information has heard optimism on the prospects for the energy storage trade in Europe. Nevertheless, this progress in market-based demand doesn’t but correlate to the huge push forwards that EASE and lots of others say wants to come back from robust coverage management.

EASE and different teams have made an pressing name for the inclusion of energy storage within the RePower EU plan. Energy storage, whether or not electrochemical, mechanical or thermal, has been absent from discussions so far and isn’t coated intimately. Why is that this so necessary?

In RePower EU, the primary intention is to wean ourselves off Russian fuel, to restrict Russian fuel imports, and within the midterm to diversify fully away. That’s a choice of the European Fee.

Additionally they see that we’ve got a number of indigenous energy sources, that are renewable energy sources, and we’ve seen that these sources are being curtailed. Now the fee is looking for extra renewables, however we all know that the grid can’t move (because of congestion). So, it’s not attainable on the similar [required] velocity.

The one method we see to make this occur is to have a large rollout of storage gadgets to avert curbing.

The way in which renewables had been rolled out was very clear. There was a goal set for renewables, there was a assist mechanism put in place to realize these targets, and this rolled out renewables, decreased costs and created an setting of suppliers, of researchers, for it [the industry] to have its personal infrastructure round it.

We have to go to the identical degree for energy storage: we have to set targets, we want to ensure we are able to obtain these targets. And these targets have to be primarily based on the rollout of renewable energy.

A variety of research for the second discuss storage solely being wanted in 2040.

However there are two flaws to those research. The primary flaw is that they depend on fuel peakers to stability the system, all of them. The European Fee had foreseen 80% of balancing coming from fuel in their very own assessments. In order that’s not working anymore, we don’t need this anymore. And it’s not becoming with the upper [decarbonisation] targets.

And that’s the second half: the EU’s Fit for 55 plan targets 55% carbon emissions discount by 2030, increased than the earlier 50% goal. It doesn’t appear rather a lot, this 5%, however the low hanging fruits have been used, each share level is extra painful now. So, it’s a enormous problem to get this 5% extra. You due to this fact have to keep away from a curtailment of renewable energy sources, to extend the consumption of renewable energy sources.

Whereas curbing renewables, you’ll not handle to realize the targets. Utilizing fuel peakers you’ll not obtain to on one aspect scale back CO2 emissions and [on the other side] wean us off imported fuel.

We’re talking to one another at ees Europe, the electrical energy storage commerce present, which has grown immensely up to now few years, simply because the Intersolar Europe PV present did earlier than it. Do you suppose this lack of inclusion for energy storage is only a reflection of the sooner stage of growth that the trade remains to be at? Or is there basically one thing lacking from the strategy of EU policymakers?

When you’ve got an energy system which is projected to not want storage, you don’t have to push it. However now, since this shift occurred, we see that we want storage, and we’re missing the mechanism to roll it out.

And we have to create a complete energy storage technique on a European degree with the EU Member States. Have a look at the Nationwide Energy and Local weather Plans and see how storage could be pushed up there. That’s actually what you [need to] do, have a complete built-in technique on energy storage. With out this we is not going to meet the goal for the renewables, we is not going to handle to wean ourselves off imported fuel.

We’re seeing some momentum for progress in European energy storage, though as you say, not on the extent that’s wanted. Lately we’ve seen Greece set an bold 3GW by 2030 deployment goal, and monetary assist for storage in Bulgaria, unlocked by means of EU funds for financial restoration post-pandemic. Is that one thing that works greatest for markets at an early stage of growth and the place do you see the position of the EU and policy-driven funding versus assist for unlocking market mechanisms?

It will likely be each of these going hand in hand to be sincere. We’ve got on one aspect, the necessity to create merchandise. So, for instance, avoiding curtailment. You’ll be able to create a market product saying, “In case you retailer wind energy to keep away from curbing it, we can pay you per megawatt-hour you retailer and make obtainable” and provides it a enterprise case.

If it’s a longer-term contract, just like the four-year contracts for enhanced frequency response (EFR) awarded in the UK in 2016, then it will create funding safety and pull in traders. It is advisable to create some merchandise to get the market going.

On the opposite aspect, we see that we want assist, to roll it out, to create belief, to point out that it’s engaged on bigger scale, as a result of we’re missing multi-megawatt sizes, I imply tens or a whole lot of megawatts-sized storage gadgets.

We’d like this, as a result of we’ve got in our energy system a necessity for flexibility which could be offered by interconnecting demand aspect administration, and likewise by storage. To switch the peaking crops, we additionally have to shift energy.

There’s a necessity in our system for flexibility and energy shifting and this energy shifting half can solely be achieved by energy storage gadgets, that are electrical in a bi-directional method, which means electrical energy in and electrical energy out. You’ll be able to retailer it inside potential energy like pumped hydro storage, you need to use electrochemical storage, various kinds of batteries, after all lithium-ion, but additionally for greater portions of energy, move batteries or different varieties of batteries. We’d like clearly to additionally retailer it in mechanical means, so compressed air, liquefied air and different applied sciences. We are able to additionally retailer electrical energy in warmth storage.

The [market] problem there’s that as quickly as you go to massive energy shifting over longer phrases, it’s like a store: what produce I get in and might promote, the extra money I make if I fill my inventory. If I promote my produce solely as soon as every week, then I make much less cash. It’s the identical with storage gadgets.

If I fill my storage machine, and I empty it solely as soon as every week, there’s no biking, there’s no revenues. We have to discover mechanisms on find out how to make this obtainable.

The Portuguese Secretary of State for Energy João Galamba, mentioned that safety of [energy] provide, is a public obligation, that it’s a public good. He was implying that this might be tendered or subsidised from public funds, as a result of we want the safety of provide, and we see that if we don’t have it, we’re in actually unhealthy form.

There are discussions that are beginning which present there are totally different prospects on find out how to do it and we’ve got the EU Innovation Funds and different funding for the second, just like the (post-pandemic) Restoration and Resiliency Facility. So, we’ve got cash obtainable, which can be utilized, which is large. However we want additionally merchandise to replicate the necessity to say: “We’d like at the least strategic reserves on storage”.

In distinction, hydrogen performs a giant position within the RePower EU plan, which requires a goal of 10 million tonnes of home renewable hydrogen manufacturing and 10 million tonnes of imports by 2030. The EU seems to recognise that hydrogen will likely be greatest used to exchange pure fuel, coal and oil in hard-to-abate industrial sectors and for transportation. Why couldn’t green hydrogen be used for that electrical energy storage utility?

Hydrogen is storing energy, however it is not going to in my view be remodeled within the close to future into electrical energy once more. It will likely be used to decarbonise trade, as a result of they want green hydrogen, it is going to be used to decarbonise difficult-to-electrify transport, like intercontinental flights.

So, for warmth storage, the place you’re taking electrical energy to place it in warmth or to decarbonise the heating sector, roughly 50% of the energy is consumed for heating and cooling houses. So, all of this may present flexibility by both placing on the electrolyser or switching off the electrolyser, by placing on the demand aspect response or not, however that’s not serving to to supply electrical energy in moments of want.

There’s no single utility for one know-how, there are totally different functions, relying on the use case, and the second and efficiencies and this could decide the combination.

When you’ve got no different means, this (hydrogen) is the most affordable technique of storage for weeks and months. However if you flip it again into electrical energy, you lose rather a lot. After all, we’ve got an energy disaster, so we should take essentially the most environment friendly merchandise. So in my view, we want that hydrogen to decarbonise trade that we electrify, that in any other case can’t be achieved.

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Pine Gate signs second gigawatt non-lithium battery supply MOU in a week



Pine Gate signs second gigawatt non-lithium battery supply MOU in a week

Pine Gate Renewables has signed a second long-term provide memorandum of understanding (MOU) focusing on an alternative choice to lithium-ion this week, with nickel-hydrogen battery group EnerVenue.

Simply two days after signing an MOU with Urban Electric Power to deploy as much as 4.5GWh of its zinc-based batteries over the same timeframe, Pine Gate has at present (Could 19) introduced the take care of California-based EnerVenue.

Pine Gate mentioned it is going to deploy as much as 2.4GWh of EnerVenue’s nickel-hydrogen-based battery energy storage techniques(BESS) at utility-scale websites throughout the US.

EnerVenue solely launched in 2020 and has mentioned it needs to ‘disrupt’ energy storage with a 2-12 hour length system with “nearly limitless variety of cycles”, its CEO told when it launched.

“EnerVenue batteries supply a differentiated worth proposition – decrease degradation throughout a large
temperature band, and decrease value for upkeep and augmentation, while posing no hearth or thermal
runaway threat. These batteries even have a stackable type issue and may final for greater than 30-years
whereas with the ability to cycle a number of instances a day,” mentioned Raafe Khan, Director of Energy Storage at Pine
Gate Renewables.

Pine Gate has 1GW in operational property and a 16GW pipeline throughout the US. Energy-Storage.information has requested the corporate whether or not it anticipates it is going to absolutely train each the MOUs – which complete simply shy of 7GWh – and for which use instances it plans to undertake every respective know-how.

Each applied sciences have a number of use distinctive use instances. Zinc batteries are carving out a candy spot in knowledge centres, for instance, as written in a recent guest blog on this site, whereas EnerVenue’s battery is right for distant microgrids in harsh climates as a result of it may well face up to extra excessive temperatures than lithium-ion.

“Pine Gate Renewables excels at launching and working renewable energy and energy storage
initiatives, and is a perfect accomplice for deploying EnerVenue’s modern battery techniques,” mentioned Randy
Selesky, Chief Income Officer, EnerVenue.

EnerVenue raised US$100 million in a Series A funding round in September last year from buyers together with Schlumberger New Energy, Saudi Aramco Energy Ventures and Stanford College.

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